mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus to enucleate at least a portion of a prostate of a patient, the prostate comprising a capsule and an inner layer of prostate tissue, the apparatus comprising: a probe to advance at least partially into the patient, the probe configured to provide a water jet to resect a urethra of the patient at a first location and a second location to separate the capsule from the inner layer of prostate tissue to enucleate the at least a portion of the prostate; wherein the apparatus is configured to provide the water jet comprising a visible entrainment region of cavitations, and wherein at least one of a pressure and a flow rate of liquid through the probe is adjustable to adjust the length of the visible entrainment region; wherein the apparatus is adjustable to decrease a distance from the orifice to a tip of the visible entrainment region subsequent to cutting the urethra; and wherein the apparatus is configured to image the visible entrainment region of the water jet, and wherein the apparatus is adjustable to adjust the length of the visible entrainment region based on a said obtained image of the visible entrainment region. a probe to advance at least partially into the patient, the probe configured to provide a water jet to resect a urethra of the patient at a first location and a second location to separate the capsule from the inner layer of prostate tissue to enucleate the at least a portion of the prostate; wherein the apparatus is configured to provide the water jet comprising a visible entrainment region of cavitations, and wherein at least one of a pressure and a flow rate of liquid through the probe is adjustable to adjust the length of the visible entrainment region; wherein the apparatus is adjustable to decrease a distance from the orifice to a tip of the visible entrainment region subsequent to cutting the urethra; and wherein the apparatus is configured to image the visible entrainment region of the water jet, and wherein the apparatus is adjustable to adjust the length of the visible entrainment region based on a said obtained image of the visible entrainment region.
A vehicle comprising: a floor panel ; a battery located under the floor panel ; a rocker extending in a vehicle length direction along a side edge of the floor panel , the side edge being an edge of the floor panel in a vehicle width direction; a torque box extending inward in the vehicle width direction from a front end of the rocker along a front edge of the floor panel , the torque box including a front wall and a rear wall that face each other in the vehicle length direction, the front edge being an edge of the floor panel in the vehicle length direction, and the front wall and the rear wall defining an internal space (S1) extending in the vehicle width direction; and a front side member extending forward in the vehicle length direction from the torque box , and including a proximal end portion at a rear end of the front side member , the proximal end portion being located in the internal space (S1) of the torque box , and being joined to an inner surface of the torque box in the internal space (S1). a floor panel ; a battery located under the floor panel ; a rocker extending in a vehicle length direction along a side edge of the floor panel , the side edge being an edge of the floor panel in a vehicle width direction; a torque box extending inward in the vehicle width direction from a front end of the rocker along a front edge of the floor panel , the torque box including a front wall and a rear wall that face each other in the vehicle length direction, the front edge being an edge of the floor panel in the vehicle length direction, and the front wall and the rear wall defining an internal space (S1) extending in the vehicle width direction; and a front side member extending forward in the vehicle length direction from the torque box , and including a proximal end portion at a rear end of the front side member , the proximal end portion being located in the internal space (S1) of the torque box , and being joined to an inner surface of the torque box in the internal space (S1).
System, comprising a production machine in the plastics processing industry, with an inner cable (14 - 14''''''') and a cabling interface ; which production machine includes multiple cavities (11, 11', 11") and multiple piezoelectric pressure transducers (13, 13', 13"); wherein at least one piezoelectric pressure transducer (13, 13', 13") is arranged at each cavity (11, 11', 11"), which piezoelectric pressure transducer (13, 13', 13") captures an internal tool pressure inside the cavity (11, 11', 11") and returns an electrical charge signal for each internal tool pressure detected and conducts it away to the cabling interface via the inner cable (14 - 14'''''''); characterised in that the inner cables (14 - 14''''''') can be connected electrically to the cabling interface via at least two different connection standards (A, B, C, D); that the cabling interface includes multiple inner sockets (15 - 15'''''''); and that the inner cables (14 - 14''''''') form electrical connections (I - VIII) with the cabling interface via the inner sockets (15 - 15'''''''); that at least two inner sockets (15 - 15''''''') have different connection standards (A, B, C, D) for an electrical connection (I - VIII).
A tube element including at least one hinge structure configured to allow bending of the tube element about the at least one hinge structure, the at least one hinge structure comprising a slotted structure comprising a convex section and a concave section , the slotted structure being configured to allow opposite tube element portions of said hinge, separated from one another by a first slot , to bend to a predetermined maximum angle by rotating said at least one hinge, the convex section and concave section of said hinge at either side of said slotted structure being attached to one another by one or more fracture elements designed such as to break once the convex section is rotated relative to the concave section with a predetermined force, the one or more fracture elements being designed such that after being fractured they leave two fracture element portions , characterised in that the hinge is designed such that, after the one or more fracture elements are fractured into two opposing fracture element portions , at least some of said fracture element portions will contact another opposing fracture element portion at any bending angle smaller than the predetermined maximum bending angle. the at least one hinge structure comprising a slotted structure comprising a convex section and a concave section , the slotted structure being configured to allow opposite tube element portions of said hinge, separated from one another by a first slot , to bend to a predetermined maximum angle by rotating said at least one hinge, the convex section and concave section of said hinge at either side of said slotted structure being attached to one another by one or more fracture elements designed such as to break once the convex section is rotated relative to the concave section with a predetermined force, the one or more fracture elements being designed such that after being fractured they leave two fracture element portions , characterised in that the hinge is designed such that, after the one or more fracture elements are fractured into two opposing fracture element portions , at least some of said fracture element portions will contact another opposing fracture element portion at any bending angle smaller than the predetermined maximum bending angle.
A vehicle control method based on an NFC vehicle key, wherein the method is applied to a vehicle provided with an NFC Reader and an internal NFC security module, the NFC vehicle key is a user terminal with an NFC function, wherein the user terminal is provided with at least one NFC vehicle key, the method comprises: determining , by the user terminal, a target NFC vehicle key according to a key selection instruction, and entering an NFC recognition mode when the user terminal receives the key selection instruction sent by the NFC Reader after the NFC Reader detects the user terminal, establishes an NFC channel with the user terminal and establishes a data communication channel with the internal NFC security module; receiving , by the internal NFC security module, an associated key sent by the user terminal; determining whether the associated key is in a preset white list to perform a first verification, and determining whether a Token message corresponding to the associated key is valid to perform a second verification; if the associated key is in the preset white list, determining that the first verification succeeds; and if the Token message corresponding to the associated key is valid, determining that the second verification succeeds; characterized in that when the first verification and the second verification succeed, generating , by calculation, a secret key of an NFC vehicle key service using the associated key; performing a third verification on the user terminal according to the secret key of the NFC vehicle key service; and correspondingly controlling the vehicle when the third verification succeeds. determining , by the user terminal, a target NFC vehicle key according to a key selection instruction, and entering an NFC recognition mode when the user terminal receives the key selection instruction sent by the NFC Reader after the NFC Reader detects the user terminal, establishes an NFC channel with the user terminal and establishes a data communication channel with the internal NFC security module; receiving , by the internal NFC security module, an associated key sent by the user terminal; determining whether the associated key is in a preset white list to perform a first verification, and determining whether a Token message corresponding to the associated key is valid to perform a second verification; if the associated key is in the preset white list, determining that the first verification succeeds; and if the Token message corresponding to the associated key is valid, determining that the second verification succeeds; characterized in that when the first verification and the second verification succeed, generating , by calculation, a secret key of an NFC vehicle key service using the associated key; performing a third verification on the user terminal according to the secret key of the NFC vehicle key service; and correspondingly controlling the vehicle when the third verification succeeds.
A rubber composition for a tire tread, the rubber composition comprising: a raw material rubber including 20 to 50 parts by weight of a first styrene butadiene rubber, 20 to 50 parts by weight of a second styrene butadiene rubber, and 10 to 40 parts by weight of a butadiene rubber (BR); wherein the first styrene butadiene rubber has a glass transition temperature (Tg) of -40 °C or higher, and includes 30 to 50 wt% of styrene and 10 to 30 wt% of vinyl, wherein the second styrene butadiene rubber has a glass transition temperature (Tg) of -60 °C or lower, and includes 5 to 20 wt% of styrene and 20 to 40 wt% of vinyl, and 80 to 180 parts by weight of a reinforcing filler, 2 to 50 parts by weight of a natural oil, and 2 to 30 parts by weight of a hydrocarbon resin with respect to 100 parts by weight of the raw material rubber. a raw material rubber including 20 to 50 parts by weight of a first styrene butadiene rubber, 20 to 50 parts by weight of a second styrene butadiene rubber, and 10 to 40 parts by weight of a butadiene rubber (BR); wherein the first styrene butadiene rubber has a glass transition temperature (Tg) of -40 °C or higher, and includes 30 to 50 wt% of styrene and 10 to 30 wt% of vinyl, wherein the second styrene butadiene rubber has a glass transition temperature (Tg) of -60 °C or lower, and includes 5 to 20 wt% of styrene and 20 to 40 wt% of vinyl, and 80 to 180 parts by weight of a reinforcing filler, 2 to 50 parts by weight of a natural oil, and 2 to 30 parts by weight of a hydrocarbon resin with respect to 100 parts by weight of the raw material rubber.
Method for influencing an optical output of image data on an output device associated with a driver and passenger in a vehicle, comprising the following steps: - determining , in the vehicle, a viewing direction of a driver of the vehicle, - if the determined viewing direction is directed to the output device, fading out the optical output of the image data, characterized in that - the fading out takes place at an average fading-out rate DOWN, the fading-out rate rate DOWN defining a decrease over time of the optical perceptibility of the output image data by a person, - if the determined viewing direction is directed to the output device and is directed away from the output device, fading in the optical output of the image data at an average fading-in rate UP, the fading-in rate UP describing an increase over time of the optical perceptibility of the output image data by a human, and the average fading-in rate UP in this case being greater than the average fading-out rate DOWN. - determining , in the vehicle, a viewing direction of a driver of the vehicle, - if the determined viewing direction is directed to the output device, fading out the optical output of the image data, characterized in that - the fading out takes place at an average fading-out rate DOWN, the fading-out rate rate DOWN defining a decrease over time of the optical perceptibility of the output image data by a person, - if the determined viewing direction is directed to the output device and is directed away from the output device, fading in the optical output of the image data at an average fading-in rate UP, the fading-in rate UP describing an increase over time of the optical perceptibility of the output image data by a human, and the average fading-in rate UP in this case being greater than the average fading-out rate DOWN.
A pillow comprising: a first panel having an edge defining a perimeter; a second panel having an edge defining a perimeter; and a gusset joining the first and second panels , the gusset having a first porosity, the gusset comprising a plurality of ports each extending through the structure of the gusset, the ports each being comprised of a breathable material having a second porosity that is greater than the first porosity, wherein inner surfaces of the first and second panels and the gusset define a cavity or chamber , wherein the ports each being configured and arranged with the other of the plurality of ports to allow a greater amount of air flow in and out of the cavity at areas of the pillow that includes ports relative to areas of the pillow that do not include ports , and wherein the gusset comprises longitudinal portions , and lateral portions each said portions (44A-D) comprising the ports , wherein at least one of said portions (44A-D) includes more of the, ports than another of said portions (44A-D) to provide increased air flow in and out of cavity in the portion with more of the ports relative to the remaining portions of gusset . a first panel having an edge defining a perimeter; a second panel having an edge defining a perimeter; and a gusset joining the first and second panels , the gusset having a first porosity, the gusset comprising a plurality of ports each extending through the structure of the gusset, the ports each being comprised of a breathable material having a second porosity that is greater than the first porosity, wherein inner surfaces of the first and second panels and the gusset define a cavity or chamber , wherein the ports each being configured and arranged with the other of the plurality of ports to allow a greater amount of air flow in and out of the cavity at areas of the pillow that includes ports relative to areas of the pillow that do not include ports , and wherein the gusset comprises longitudinal portions , and lateral portions each said portions (44A-D) comprising the ports , wherein at least one of said portions (44A-D) includes more of the, ports than another of said portions (44A-D) to provide increased air flow in and out of cavity in the portion with more of the ports relative to the remaining portions of gusset .
A method for diagnosing weft insertion in an air-jet loom, wherein the air jet loom includes a main nozzle and a sub-nozzle , which insert a weft yarn (Y) in a weft yarn flight path , a balloon sensor , which detects unwinding of the weft yarn (Y) from a weft measuring and storing device , an end sensor located on an opposite end of the weft yarn flight path from the main nozzle and outside of a weaving width (TL), and an in-weaving width sensor located at a position in the weft yarn flight path farther from the main nozzle than a center of the weaving width (TL) and within the weaving width (TL), characterized in that if a count of unwinding detected by the balloon sensor is normal, and the weft yarn (Y) is detected by the in-weaving width sensor but not by the end sensor , a weft detection timing of the in-weaving width sensor is compared with a previously set threshold value (ISx1, ISx2) of the weft detection timing of the in-weaving width sensor to estimate the location of a looped weft failure that is a weft insertion failure that has occurred. the air jet loom includes a main nozzle and a sub-nozzle , which insert a weft yarn (Y) in a weft yarn flight path , a balloon sensor , which detects unwinding of the weft yarn (Y) from a weft measuring and storing device , an end sensor located on an opposite end of the weft yarn flight path from the main nozzle and outside of a weaving width (TL), and an in-weaving width sensor located at a position in the weft yarn flight path farther from the main nozzle than a center of the weaving width (TL) and within the weaving width (TL), a main nozzle and a sub-nozzle , which insert a weft yarn (Y) in a weft yarn flight path , a balloon sensor , which detects unwinding of the weft yarn (Y) from a weft measuring and storing device , an end sensor located on an opposite end of the weft yarn flight path from the main nozzle and outside of a weaving width (TL), and an in-weaving width sensor located at a position in the weft yarn flight path farther from the main nozzle than a center of the weaving width (TL) and within the weaving width (TL), characterized in that if a count of unwinding detected by the balloon sensor is normal, and the weft yarn (Y) is detected by the in-weaving width sensor but not by the end sensor , a weft detection timing of the in-weaving width sensor is compared with a previously set threshold value (ISx1, ISx2) of the weft detection timing of the in-weaving width sensor to estimate the location of a looped weft failure that is a weft insertion failure that has occurred.
Radiolabeled oligonucleotide of the formula I wherein, n is 0 or 1; X 1 and X 2 independently of each other are S or O; linker 1 is a C 2-12 - alkylene bridge, an ethylene glycol bridge containing 1 to 10 ethylene glycol units or a glycerol based bridge of the formula wherein m is an integer of 1 to 6; linker 2 is an optionally amino group protected amino C 2-12 -alkylene bridge, an amino ethylene glycol bridge containing 1 to 10 ethylene glycol units; Q stands for a residue of the formula 2a or 2b or wherein R 1* and R 2* are C 1-6 -alkyl labelled with 3 H- or 14 C-; and the receptor targeting moiety is a moiety which adds additional functionality to the oligonucleotide. n is 0 or 1; X 1 and X 2 independently of each other are S or O; linker 1 is a C 2-12 - alkylene bridge, an ethylene glycol bridge containing 1 to 10 ethylene glycol units or a glycerol based bridge of the formula wherein m is an integer of 1 to 6; linker 2 is an optionally amino group protected amino C 2-12 -alkylene bridge, an amino ethylene glycol bridge containing 1 to 10 ethylene glycol units; Q stands for a residue of the formula 2a or 2b or wherein R 1* and R 2* are C 1-6 -alkyl labelled with 3 H- or 14 C-; and the receptor targeting moiety is a moiety which adds additional functionality to the oligonucleotide.
Multi piston machine with a rotor , which is located within a casing and which is rotatable about an axis of rotation , wherein the casing has a first and second working port (11; 12), wherein a first number of pistons (1.1 - 1.18) are received in the rotor in a linearly movable manner, wherein the pistons (1.1 - 1.18) are able to contact a cam surface of the casing , which has a second number of lobes , such that the number of strokes of a single piston (1.1 - 1.18) during one revolution of the rotor equals the second number, wherein each piston (1.1 - 1.18) has one associated first control opening (2.1 - 2.18) at a first control surface of the rotor , wherein the first control openings (2.1 - 2.18) are located along a first circle whose center is defined by the axis of rotation , wherein the casing has a second control surface which abuts against the first control surface , wherein the second control surface has a third number of second control openings (3.1 - 3.14), which are located along a second circle , whose center is defined by the axis of rotation , wherein each first control opening (2.1 - 2-18) is able to overlap each of the second openings (3.1 - 3.14) in at least one rotational position of the rotor respectively, wherein there is a first, a second, a third and fourth fluid chamber (31; 32; 33; 34), wherein each second control opening (3.1 - 3.14) is permanently connected to a single one of the first to fourth fluid chamber (31; 32; 33; 34), characterized in that , the multi piston machine is switchable between at least three non-zero displacement volumes by means of a first and a second control valve (41; 42), wherein the first control valve is connected to the first and the third fluid chamber (31; 33), wherein the second control valve is connected to the second and the fourth fluid chamber (32; 34), wherein the first and the second control valve (41; 42) are connected to the first and the second working (11; 12) port respectively, wherein the third number is twice the second number, wherein there is a first and a second group of second control openings (A; B), wherein adjacent second control openings (3.1 - 3.14) belong to a different first or second group (A; B), wherein the second control openings of the first group (A) are either connected to the first or the second fluid chamber (31; 32), wherein the second control openings of the second group (B) are either connected to the third or the fourth fluid chamber (33; 34).