mhurhangee/ep-ind-claims huggingface dataset:
A heat exchanger comprising: a heat exchange tube; fins, comprising tubular parts; and rings for fastening the tubular part of the fin onto the heat exchange tube, wherein the tubular parts of the fins and the rings are alternately sheathed onto the heat exchange tube, characterized in that a pressure is exerted in an axial direction of the heat exchange tube on the tubular parts of the fins and the rings which are alternately sheathed onto the heat exchange tube, so as to fit the tubular part together with the ring in such a way that one is sheathed onto the other, wherein the ring is pressed onto the tubular part such that the tubular part is deformed so as to be fixed to the heat exchanger tube or the tubular part is sheathed on the ring and the ring is constricted so as to hold the heat exchanger tube tightly by applying an external force to press the fin down in the said axial direction. a heat exchange tube; fins, comprising tubular parts; and rings for fastening the tubular part of the fin onto the heat exchange tube, wherein the tubular parts of the fins and the rings are alternately sheathed onto the heat exchange tube, characterized in that a pressure is exerted in an axial direction of the heat exchange tube on the tubular parts of the fins and the rings which are alternately sheathed onto the heat exchange tube, so as to fit the tubular part together with the ring in such a way that one is sheathed onto the other, wherein the ring is pressed onto the tubular part such that the tubular part is deformed so as to be fixed to the heat exchanger tube or the tubular part is sheathed on the ring and the ring is constricted so as to hold the heat exchanger tube tightly by applying an external force to press the fin down in the said axial direction.
A stent for transluminal implantation into hollow organs, in particular into blood vessels, ureters, esophagi, the colon, the duodenum or the biliary tract, having a substantially tubular body which can be converted from a compressed state having a first cross-sectional diameter into an expanded state having an enlarged second cross-sectional diameter, wherein the stent comprises at least two support sections and at least one connection section which follow one another in the longitudinal direction of the stent; wherein the support sections each have a plurality of apertures of the wall of the tubular body and bordering elements which are formed by the tubular body, which surround the apertures and which form cells of the support sections together with them in the expanded state; wherein two support sections adjacent in the longitudinal direction are connected to one another via a connection section disposed therebetween; wherein mutually facing end faces of the adjacent support sections are each formed by a row of end-face cells of the respective support section; wherein the connection section comprises one or more connection elements which are formed by the tubular body and which connect the mutually facing end faces of the two adjacent support sections to one another, and wherein only some of the cells, which form one of the two mutually facing end faces of the adjacent support sections, are directly connected to the other one of the two mutually facing end faces of the adjacent support sections via a connection element, characterized in that the stent comprises an end-side support section arranged at its end at the long side as well as a central region of the stent adjoining this end-side support section, with the central region of the stent being formed by a plurality of support sections which are adjacent in the longitudinal direction, which are connected to one another by connection sections and which each have exactly one row of cells which follow one another in the peripheral direction of the stent; and with the end-side support section having a plurality of rows of cells which follow one another in the longitudinal direction of the stent, with the cells of one row each being arranged following one another in the peripheral direction of the stent, such that the end-side support section has a larger axial length and a larger number of rows of cells, the rows following one another in the longitudinal direction of the stent and the cells following one another in the peripheral direction of the stent, than the support sections arranged in the central region of the stent.
A system for displaying information for navigational aid of an aircraft, of the type comprising a display screen including at least one first display area allowing further display of: - a first altitude scale including graduations; - the current altitude of the aircraft on the first scale; - a set altitude value; the graduations of the first scale are distributed on an arc of a first disc including a first needle centered in this disc and intended to indicate the current altitude on the first scale, characterized in that: - the distribution of the graduations on said arc is nonlinear and symmetrical relatively to a graduation corresponding to the set altitude value and defines extension graduations decreasing from the latter. - a first altitude scale including graduations; - the current altitude of the aircraft on the first scale; - a set altitude value; the graduations of the first scale are distributed on an arc of a first disc including a first needle centered in this disc and intended to indicate the current altitude on the first scale, characterized in that: - the distribution of the graduations on said arc is nonlinear and symmetrical relatively to a graduation corresponding to the set altitude value and defines extension graduations decreasing from the latter.
A polypeptide having endolysin activity comprising the amino acid sequence according to SEQ ID NO: 1 or a fragment or derivative thereof, wherein the fragment comprises the amino acid sequence according to SEQ ID NO: 3 and/or 5, and the derivative has a deletion of 1, 2, 3, 4, 5 or more amino acid residues, an addition of 1, 2, 3, 4, 5 or more amino acid residues, an insertion of 1, 2, 3, 4, 5 or more amino acid residues, or a substitution of an amino acid residue located at a certain position for a different one in the amino acid sequence according to SEQ ID NO: 1, 3, and/or 5, and wherein the fragment and/or the derivative exhibit the lytic activity of the PVPSE1gp146 set forth in SEQ ID NO:1.
An image managing method for managing an original moving image recorded by a video recording terminal and a plurality of still images included in the original moving image together as a pair, comprising in the case of generating a signature of original moving image information that is the signature of the video recording terminal that recorded the original moving image: dividing the original moving image information into a header and data on the plurality of still images and calculating a hash value for the header to generate a first header hash value of a header portion, calculating a hash value for data on each of the plurality of still images to generate a first still image hash value (B#) for each of the plurality of pieces of still image data, connecting the first header hash value to each of the plurality of first still image hash values (B#) to generate a plurality of first connected hash values (J1#), generating a first hash value list comprising the plurality of first connected hash values (J1#), generating a first table hash value of a Huffman table on the basis of cutting out one still image from the plurality of still images, and signing to generate signature information of the original moving image, using the first header hash value of the header portion, the first table hash value of the Huffman table, and the first hash value list as verification data of the original moving image, by adding a digital signature of the video recording terminal to it. dividing the original moving image information into a header and data on the plurality of still images and calculating a hash value for the header to generate a first header hash value of a header portion, calculating a hash value for data on each of the plurality of still images to generate a first still image hash value (B#) for each of the plurality of pieces of still image data, connecting the first header hash value to each of the plurality of first still image hash values (B#) to generate a plurality of first connected hash values (J1#), generating a first hash value list comprising the plurality of first connected hash values (J1#), generating a first table hash value of a Huffman table on the basis of cutting out one still image from the plurality of still images, and signing to generate signature information of the original moving image, using the first header hash value of the header portion, the first table hash value of the Huffman table, and the first hash value list as verification data of the original moving image, by adding a digital signature of the video recording terminal to it.
A method for scrambling a downlink reference signal for a user equipment, UE, the method comprising: scrambling, by a network device, the downlink reference signal using: a random access ID generated during a random access procedure; and transmitting, by the network device, the scrambled downlink reference signal to the UE, as a random access response, RAR, message, characterized in that the random access ID is a random access radio network temporary identifier, RA-RNTI, generated as: RA-RNTI = 1 + t_id+N_subframe ∗ f_id + SS_block + N_SS_Block ∗ SS_block_time_index, RA-RNTI is the random access ID, t_id is an index of a subframe of a plurality of subframes, N_subframe, of a physical random access channel, PRACH, f_id is an index in a frequency domain of the PRACH within the subframe, SS_block indicates an SS block index of an SS block within a set of concurrently transmitted SS blocks, SS_block_time_index is an index ranging from o to N_SS_Block - 1, and N_SS_Block is a maximum number of SS blocks concurrently transmitted per SS block time index. scrambling, by a network device, the downlink reference signal using: a random access ID generated during a random access procedure; and transmitting, by the network device, the scrambled downlink reference signal to the UE, as a random access response, RAR, message, characterized in that a random access ID generated during a random access procedure; and transmitting, by the network device, the scrambled downlink reference signal to the UE, as a random access response, RAR, message, the random access ID is a random access radio network temporary identifier, RA-RNTI, generated as: RA-RNTI = 1 + t_id+N_subframe ∗ f_id + SS_block + N_SS_Block ∗ SS_block_time_index, RA-RNTI is the random access ID, t_id is an index of a subframe of a plurality of subframes, N_subframe, of a physical random access channel, PRACH, f_id is an index in a frequency domain of the PRACH within the subframe, SS_block indicates an SS block index of an SS block within a set of concurrently transmitted SS blocks, SS_block_time_index is an index ranging from o to N_SS_Block - 1, and N_SS_Block is a maximum number of SS blocks concurrently transmitted per SS block time index. RA-RNTI = 1 + t_id+N_subframe ∗ f_id + SS_block + N_SS_Block ∗ SS_block_time_index, RA-RNTI is the random access ID, t_id is an index of a subframe of a plurality of subframes, N_subframe, of a physical random access channel, PRACH, f_id is an index in a frequency domain of the PRACH within the subframe, SS_block indicates an SS block index of an SS block within a set of concurrently transmitted SS blocks, SS_block_time_index is an index ranging from o to N_SS_Block - 1, and N_SS_Block is a maximum number of SS blocks concurrently transmitted per SS block time index.
A tread for a tire, the tread comprising a rubber composition that is based upon a cross-linkable elastomer composition, the cross-linkable rubber composition comprising, per 100 parts by weight of rubber (phr): 100 phr of two elastomer types including at least 50 phr of a styrene-butadiene copolymer and a polybutadiene as the remainder; between 90 phr and 150 phr of a silica filler; an organosilane coupling agent; an effective amount of a plasticizing system that includes a plasticizing resin having a glass transition temperature (Tg) of at least 25 °C and a plasticizing liquid, wherein the effective amount of the plasticizing system provides the rubber composition with a shear modulus G* measured at 60 °C of between 0.6 MPa and 1.5 MPa and a Tg of between -35 °C and 0 °C; a peroxide curing agent. 100 phr of two elastomer types including at least 50 phr of a styrene-butadiene copolymer and a polybutadiene as the remainder; between 90 phr and 150 phr of a silica filler; an organosilane coupling agent; an effective amount of a plasticizing system that includes a plasticizing resin having a glass transition temperature (Tg) of at least 25 °C and a plasticizing liquid, wherein the effective amount of the plasticizing system provides the rubber composition with a shear modulus G* measured at 60 °C of between 0.6 MPa and 1.5 MPa and a Tg of between -35 °C and 0 °C; a peroxide curing agent.
A processor-implemented method programmed in a non-transitory processor-readable medium and to execute on a device configured to execute the method, comprising: receiving barcode control information from a barcode distributor (step 110); acquiring image and resolution settings and capabilities from the device (step 120); and translating the barcode control information into a barcode image on the device for access from the device based on the image and resolution settings and capabilities (step 130); characterised in that the method further comprises changing a setting of the device to increase a resolution of the barcode image when the device is identified as being configured for a lower image resolution than the device is capable of handling (step 140), and, after the barcode has been translated and/or presented to a barcode/scanner reader, resetting the setting to the lower image resolution. receiving barcode control information from a barcode distributor (step 110); acquiring image and resolution settings and capabilities from the device (step 120); and translating the barcode control information into a barcode image on the device for access from the device based on the image and resolution settings and capabilities (step 130); characterised in that the method further comprises changing a setting of the device to increase a resolution of the barcode image when the device is identified as being configured for a lower image resolution than the device is capable of handling (step 140), and, after the barcode has been translated and/or presented to a barcode/scanner reader, resetting the setting to the lower image resolution.
A textile machine (100; 100x; 100y) comprising: a first winding-unit group that includes at least one winding unit (1; 1x; 1y); a second winding-unit group that includes at least one winding unit (1; 1x; 1y), wherein a direction of arrangement of the winding unit (1; 1x; 1y) in the first winding-unit group is the same as a direction of arrangement of the winding unit (1; 1x; 1y) in the second winding-unit group; at least one work carrier (30; 30x; 30y); characterized by a first space arranged between the first winding-unit group and the second winding-unit group that can be used when performing maintenance of the work carrier (30; 30x; 30y). a first winding-unit group that includes at least one winding unit (1; 1x; 1y); a second winding-unit group that includes at least one winding unit (1; 1x; 1y), wherein a direction of arrangement of the winding unit (1; 1x; 1y) in the first winding-unit group is the same as a direction of arrangement of the winding unit (1; 1x; 1y) in the second winding-unit group; at least one work carrier (30; 30x; 30y); characterized by a first space arranged between the first winding-unit group and the second winding-unit group that can be used when performing maintenance of the work carrier (30; 30x; 30y).
A system (5a, 6a) for providing cyber protection to medical devices (5b, 6b) in a medical environment, the system (5a, 6a) comprising: a medical device (5b, 6b) comprising a plurality of software services; a backend server configured to maintain and provide software updates to medical devices (5b, 6b); and an interface proxy box connected to the medical device (5b, 6b) and in communication with the backend server, wherein the interface proxy box is configured to determine the plurality of software services resident on the medical device (5b, 6b), wherein the interface proxy box is configured to install software libraries (2a-f) associated with the plurality of software services determined to be resident on the medical device (5b, 6b) on the interface proxy box and to configure the installed software libraries (2a-f) to match the plurality of software services resident on the medical device (5b, 6b), wherein the interface proxy box is configured to communicate periodically with the backend server and to receive and apply security updates to plurality of software libraries (2a-f) installed and configured on the interface proxy box, and wherein the medical device (5b, 6b) is configured to utilize the updated software libraries (2a-f) on the interface proxy box. a medical device (5b, 6b) comprising a plurality of software services; a backend server configured to maintain and provide software updates to medical devices (5b, 6b); and an interface proxy box connected to the medical device (5b, 6b) and in communication with the backend server, wherein the interface proxy box is configured to determine the plurality of software services resident on the medical device (5b, 6b), wherein the interface proxy box is configured to install software libraries (2a-f) associated with the plurality of software services determined to be resident on the medical device (5b, 6b) on the interface proxy box and to configure the installed software libraries (2a-f) to match the plurality of software services resident on the medical device (5b, 6b), wherein the interface proxy box is configured to communicate periodically with the backend server and to receive and apply security updates to plurality of software libraries (2a-f) installed and configured on the interface proxy box, and wherein the medical device (5b, 6b) is configured to utilize the updated software libraries (2a-f) on the interface proxy box.
An ablation catheter for use with a suction source comprising: an elongated catheter body; a distal section distal the catheter body, the distal section comprising: a tip electrode adapted for ablation and irrigation, the tip electrode comprising a plurality of irrigation ports; a multi-lumened member extending between the catheter body and the tip electrode; and at least one ring electrode proximal of the tip electrode, the ring electrode adapted for ablation; the distal section characterised in that it further comprises: at least one evacuation port in suction communication with at least one lumen of the multi-lumened member; and a fluid evacuation path extending at least through the catheter body and the at least one lumen of the multi-lumened member, the fluid evacuation path configured to provide suction communication between the suction source and the at least one evacuation port; wherein the at least one evacuation port is positioned between the tip electrode and the at least one ring electrode. a tip electrode adapted for ablation and irrigation, the tip electrode comprising a plurality of irrigation ports; a multi-lumened member extending between the catheter body and the tip electrode; and at least one ring electrode proximal of the tip electrode, the ring electrode adapted for ablation; at least one evacuation port in suction communication with at least one lumen of the multi-lumened member; and a fluid evacuation path extending at least through the catheter body and the at least one lumen of the multi-lumened member, the fluid evacuation path configured to provide suction communication between the suction source and the at least one evacuation port; wherein the at least one evacuation port is positioned between the tip electrode and the at least one ring electrode.
A secondary battery comprising: a can; an electrode assembly accommodated within the can; and a safety vent arranged on the can accommodating the electrode assembly, the safety vent comprising a deformation in an outer surface of the can, that protrudes into the interior of the can, characterised in that the safety vent further comprises: a first groove arranged in the same direction as a direction of insertion of the electrode assembly into the can; a second groove arranged in a direction perpendicular to the first groove and separated from the first groove; and a third groove arranged in a direction oblique to both the first groove and the second groove, the third groove connecting the first groove to the second groove, wherein the depth of at least one of the grooves varies with a constant gradient along the length of the groove. a can; an electrode assembly accommodated within the can; and a safety vent arranged on the can accommodating the electrode assembly, the safety vent comprising a deformation in an outer surface of the can, that protrudes into the interior of the can, characterised in that the safety vent further comprises: a first groove arranged in the same direction as a direction of insertion of the electrode assembly into the can; a second groove arranged in a direction perpendicular to the first groove and separated from the first groove; and a third groove arranged in a direction oblique to both the first groove and the second groove, the third groove connecting the first groove to the second groove, wherein the depth of at least one of the grooves varies with a constant gradient along the length of the groove. a first groove arranged in the same direction as a direction of insertion of the electrode assembly into the can; a second groove arranged in a direction perpendicular to the first groove and separated from the first groove; and a third groove arranged in a direction oblique to both the first groove and the second groove, the third groove connecting the first groove to the second groove, wherein the depth of at least one of the grooves varies with a constant gradient along the length of the groove.
Method for fixing an object to a wall, said wall comprising at least one cladding element, wherein a plurality of first metallic elements are arranged in the wall, said first metallic elements being used to fix the object to the wall by magnetic force, Characterized in that said method includes the steps of inserting said first metallic elements in a plurality of non-penetrating recesses formed on a rear side of the cladding element, and closing said non-penetrating recesses by a sealant.
Apparatus for testing a subject's vision comprising: a polarization arrangement (104, 106) configured to polarize incident light and rotate an angle of polarization applied to the incident light about an axis substantially collinear with a path of the incident light; and an optical component configured to direct light onto the polarization arrangement, wherein the polarization arrangement has a rotating angle of polarization, characterised in that the polarization arrangement is configured to produce light having a selected degree of polarization from multiple selectable degrees of polarization ranging from 0% polarization to 100% polarization, while under observation by the subject. a polarization arrangement (104, 106) configured to polarize incident light and rotate an angle of polarization applied to the incident light about an axis substantially collinear with a path of the incident light; and an optical component configured to direct light onto the polarization arrangement, wherein the polarization arrangement has a rotating angle of polarization, characterised in that the polarization arrangement is configured to produce light having a selected degree of polarization from multiple selectable degrees of polarization ranging from 0% polarization to 100% polarization, while under observation by the subject.