mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a security paper for the manufacture of security documents, such as bank notes, identification cards or the like, having a strip-shaped security element which is embedded into the security paper and is guided to one of the surfaces of the security paper at at least one opening in the security paper, wherein a cylinder of a cylinder paper machine pulls a paper pulp in the form of a fiber-water suspension from a vat, characterized in that - at least a first elevation is applied per copy on the cylinder, - the first elevation is formed by a closed frame which encloses at least one depression, - there is applied on the cylinder at least one further elevation which causes a guidance of the strip-shaped security element in the transverse direction, so that the strip-shaped security element is guided on the cylinder such that the strip-shaped security element comes to lie on the first elevation and does not protrude, or protrudes only slightly, beyond the first elevation on both longitudinal sides thereof, so that no fiber-water suspension can be deposited in the interior of the first elevation. - at least a first elevation is applied per copy on the cylinder, - the first elevation is formed by a closed frame which encloses at least one depression, - there is applied on the cylinder at least one further elevation which causes a guidance of the strip-shaped security element in the transverse direction, so that the strip-shaped security element is guided on the cylinder such that the strip-shaped security element comes to lie on the first elevation and does not protrude, or protrudes only slightly, beyond the first elevation on both longitudinal sides thereof, so that no fiber-water suspension can be deposited in the interior of the first elevation.
A self-locking self-destroying safety syringe, comprising a hollow barrel, a push rod sliding within the barrel, a rubber plug in front of the push rod, and a needle seat in front of the barrel, and being arranged such that the needle seat is retracted into the barrel when the push rod is drawn back after use, the barrel is provided at the end with an increasing-diameter portion; the push rod is provided with a round platform, characterised in that the round platform is provided with an elastic ratchet that slantingly extends toward the inner wall of the barrel; at the transient position between a normal-diameter portion and the increasing-diameter portion of the barrel is located a slanting step, behind which is a groove configured to catch the elastic ratchet when the push rod is drawn backward; and the increasing-diameter portion is provided inside with a circlip that is configured to press against the back of the round platform; wherein the external diameter of the round platform on the push rod is smaller than or equal to the minimal internal diameter of the barrel at the slanting step, but bigger than the minimal internal diameter of the circlip.
A mobile treatment device, comprising a support for a user's limb, wherein nuclear magnetic resonances can be generated in the user's tissue in a treatment volume located above the support, and wherein the support is adjustable in height; the mobile treatment device comprising a frame from which a column extends vertically, and wherein the support is arranged on said column and above said frame; wherein the frame has wheels to allow the treatment device to be displaced; characterized in that the frame is U-shaped; wherein the column with the support is arranged on one side of the U defined by the frame, said one side of the U being shorter than the opposite side of the U.
A urinary catheter, comprising: a catheter tube made from a polymeric material comprising a blend of (i) thermoplastic elastomer comprising poly(1-butene) and (ii) polyolefin; wherein the polymeric material has a tan δ peak at 0°C or less and a storage modulus greater than about 10 MPa in the temperature range of 0°C and 40°C measured at 1Hz oscillation frequency. a catheter tube made from a polymeric material comprising a blend of (i) thermoplastic elastomer comprising poly(1-butene) and (ii) polyolefin; wherein the polymeric material has a tan δ peak at 0°C or less and a storage modulus greater than about 10 MPa in the temperature range of 0°C and 40°C measured at 1Hz oscillation frequency.
A floor brush, comprising a housing and a rolling brush and a wind wheel assembly disposed in the housing, the wind wheel assembly being connected to the rolling brush through a transmission assembly, and the wind wheel assembly comprising a rotating shaft and a wind wheel body disposed on the rotating shaft, a deceleration apparatus is associated with the wind wheel assembly to limit a rotation speed of the wind wheel assembly, and the deceleration apparatus comprises a moving portion associated with the rotating shaft of the wind wheel assembly and rotatable as the wind wheel assembly rotates and a stationary portion disposed on a radially outer portion of the moving portion and spaced apart relative to the moving portion, the moving portion having a brake portion configured to come into contact with the stationary portion and generating sliding friction under an action of a centrifugal force of rotation characterized in that the moving portion further comprises a fixed limb, a free end, and a connecting portion connecting the fixed limb with the free end, wherein the fixed limb is fixedly connected to the rotating shaft, when the rotating shaft rotates, the free end is movable along a direction away from a centre of the rotating shaft, and the brake portion is located on the free end.
A circuit arrangement having a relay module with an exciter coil and a safety switching device, wherein an electrical circuit comprising at least the exciter coil is electrically short-circuited in a first switching state of the safety switching device and the electrical circuit comprising at least the exciter coil is electrically isolated in a second switching state of the safety switching device, characterized in that the circuit arrangement comprises an enable signal input for an enable signal which is connected in an electrically conductive manner to a signal input of a return circuit, wherein the return circuit is electrically connected to the safety switching device in order to effect a change from the second switching state into the first switching state.
An image forming apparatus comprising: a first body comprising a developing unit to perform an image forming operation on a print medium; and a second body provided above the first body to pivot between a closed position and an open position in relation to the first body, the second body comprising a light emitting unit, wherein the light emitting unit is directly above the developing unit when the second body is in the closed position, and the developing unit is exposed to an outside of the image forming apparatus when the second body is in the open position, wherein a width of the first body is equal to a width of the second body, and wherein a height of the first body is greater than a height of the second body characterised in that: the first body comprises a fixing unit for fixing the image on the surface of the print medium, projecting from a top surface of the first body, wherein the top surface is defined by the height of the first body; and the second body comprises a housing groove facing the fixing unit. a first body comprising a developing unit to perform an image forming operation on a print medium; and a second body provided above the first body to pivot between a closed position and an open position in relation to the first body, the second body comprising a light emitting unit, wherein the light emitting unit is directly above the developing unit when the second body is in the closed position, and the developing unit is exposed to an outside of the image forming apparatus when the second body is in the open position, wherein a width of the first body is equal to a width of the second body, and wherein a height of the first body is greater than a height of the second body characterised in that: the first body comprises a fixing unit for fixing the image on the surface of the print medium, projecting from a top surface of the first body, wherein the top surface is defined by the height of the first body; and the second body comprises a housing groove facing the fixing unit. the first body comprises a fixing unit for fixing the image on the surface of the print medium, projecting from a top surface of the first body, wherein the top surface is defined by the height of the first body; and the second body comprises a housing groove facing the fixing unit.
A method for synchronizing time of ovulation and time of insemination in a gilt, the method comprising the steps of: administering to the gilt a hormone for synchronizing estrus; administering to the gilt a single dose of a gonadotropin-releasing hormone for synchronizing ovulation, without administration of any other hormone for synchronizing ovulation, wherein the gonadotropin-releasing hormone is administered on the fifth day after the last daily administration of the hormone for synchronizing estrus; and inseminating the gilt, without monitoring estrus, only one time on the sixth day after the last daily administration of the hormone for synchronizing estrus. administering to the gilt a hormone for synchronizing estrus; administering to the gilt a single dose of a gonadotropin-releasing hormone for synchronizing ovulation, without administration of any other hormone for synchronizing ovulation, wherein the gonadotropin-releasing hormone is administered on the fifth day after the last daily administration of the hormone for synchronizing estrus; and inseminating the gilt, without monitoring estrus, only one time on the sixth day after the last daily administration of the hormone for synchronizing estrus.
A data transmission method, comprising: obtaining, by a receiving device, second data, and demodulating the second data to obtain to-be-decoded data; and iterative decoding, by the receiving device, the to-be-decoded data by using a block matrix in a quasi-cyclic low-density parity-check, LDPC, matrix and by using a layered min sum, MS, algorithm, wherein the block matrix is a submatrix in the quasi-cyclic LDPC matrix; wherein, in the quasi-cyclic LDPC matrix, - a row weight of a row (H-1) is less than or equal to a row weight of a row H such that overall row weights in the quasi-cyclic LDPC matrix increase row by row, or - a row weight of a row (H-1) is greater than or equal to a row weight of a row H such that overall row weights in the quasi cyclic LDPC matrix decrease row by row, - wherein H is an integer and 0 ≤ H ≤ M -1, and M represents a quantity of rows in the quasi-cyclic LDPC matrix; wherein the row weight of a row represents the quantity of non-negative elements in said row in the quasi-cyclic LDPC matrix; wherein each non-negative element in the quasi-cyclic LDPC matrix represents a non-zero matrix; and characterized in that the iterative decoding of the block matrix is performed according to an increasing row weight order of the row weights of the block matrix. obtaining, by a receiving device, second data, and demodulating the second data to obtain to-be-decoded data; and iterative decoding, by the receiving device, the to-be-decoded data by using a block matrix in a quasi-cyclic low-density parity-check, LDPC, matrix and by using a layered min sum, MS, algorithm, wherein the block matrix is a submatrix in the quasi-cyclic LDPC matrix; wherein, in the quasi-cyclic LDPC matrix, - a row weight of a row (H-1) is less than or equal to a row weight of a row H such that overall row weights in the quasi-cyclic LDPC matrix increase row by row, or - a row weight of a row (H-1) is greater than or equal to a row weight of a row H such that overall row weights in the quasi cyclic LDPC matrix decrease row by row, - wherein H is an integer and 0 ≤ H ≤ M -1, and M represents a quantity of rows in the quasi-cyclic LDPC matrix; - a row weight of a row (H-1) is less than or equal to a row weight of a row H such that overall row weights in the quasi-cyclic LDPC matrix increase row by row, or - a row weight of a row (H-1) is greater than or equal to a row weight of a row H such that overall row weights in the quasi cyclic LDPC matrix decrease row by row, - wherein H is an integer and 0 ≤ H ≤ M -1, and M represents a quantity of rows in the quasi-cyclic LDPC matrix; wherein the row weight of a row represents the quantity of non-negative elements in said row in the quasi-cyclic LDPC matrix; wherein each non-negative element in the quasi-cyclic LDPC matrix represents a non-zero matrix; and characterized in that the iterative decoding of the block matrix is performed according to an increasing row weight order of the row weights of the block matrix.
A mascara vessel having a door function and an antibiotic component, the mascara vessel comprising: a vessel body containing mascara therein; a packing set in the vessel body; a brush attached to a cap by means of a brush bar, wherein the cap is openably tightened to the mouth of the vessel body; a door hinged to the packing and functioning to close a passage of the packing; an elastic member provided on a hinge joint between the packing and the door, with opposite ends of the elastic member being held by the packing and the door, respectively, so that the elastic member elastically biases the door in a direction toward the packing; and a depression resisting means provided on an upper surface of the door and functioning to prevent the brush from being depressed by the door when the brush is pulled out of the vessel body, wherein the depression resisting means comprises a triangular shaped rib that protrudes upward from the upper surface of the door. a vessel body containing mascara therein; a packing set in the vessel body; a brush attached to a cap by means of a brush bar, wherein the cap is openably tightened to the mouth of the vessel body; a door hinged to the packing and functioning to close a passage of the packing; an elastic member provided on a hinge joint between the packing and the door, with opposite ends of the elastic member being held by the packing and the door, respectively, so that the elastic member elastically biases the door in a direction toward the packing; and a depression resisting means provided on an upper surface of the door and functioning to prevent the brush from being depressed by the door when the brush is pulled out of the vessel body, wherein the depression resisting means comprises a triangular shaped rib that protrudes upward from the upper surface of the door.
A surgical system comprising: a medical instrument (104, 602) including a sensing tool and a processing unit including one or more processors, wherein the processing unit is configured to: generate an anatomic model, from a set of images, using a segmentation process; register a position of a portion of the medical instrument to the anatomic model; receive data related to a patient anatomy from the sensing tool while the portion of the medical instrument traverses the patient anatomy; determine a difference between the anatomic model and patient anatomy traversed by the medical instrument, wherein determining the difference includes analyzing shape data obtained by the sensing tool while the sensing tool is located in a first passageway of the patient anatomy represented by the anatomic model and in a second passageway of the patient anatomy not represented by the anatomic model; and update the model in response to the determined difference. a medical instrument (104, 602) including a sensing tool and a processing unit including one or more processors, wherein the processing unit is configured to: generate an anatomic model, from a set of images, using a segmentation process; register a position of a portion of the medical instrument to the anatomic model; receive data related to a patient anatomy from the sensing tool while the portion of the medical instrument traverses the patient anatomy; determine a difference between the anatomic model and patient anatomy traversed by the medical instrument, wherein determining the difference includes analyzing shape data obtained by the sensing tool while the sensing tool is located in a first passageway of the patient anatomy represented by the anatomic model and in a second passageway of the patient anatomy not represented by the anatomic model; and update the model in response to the determined difference. generate an anatomic model, from a set of images, using a segmentation process; register a position of a portion of the medical instrument to the anatomic model; receive data related to a patient anatomy from the sensing tool while the portion of the medical instrument traverses the patient anatomy; determine a difference between the anatomic model and patient anatomy traversed by the medical instrument, wherein determining the difference includes analyzing shape data obtained by the sensing tool while the sensing tool is located in a first passageway of the patient anatomy represented by the anatomic model and in a second passageway of the patient anatomy not represented by the anatomic model; and update the model in response to the determined difference.
An implant for implantation into bone tissue having a surface; said implant being a metallic implant, or a non-metallic implant provided with a metallic surface; said surface being covered by an oxide layer comprising lithium ions characterized in that said oxide layer has a thickness within the range of from 2 to 100 nm.
Method for determining a content of H 2 S in a process gas comprising H 2 S, the method comprising: extracting a sample of the process gas, performing oxidation of at least a major portion of H 2 S of the sample, whereby oxidation products comprising elemental sulfur are formed, analysing the oxidized sample comprising oxidation products comprising elemental sulfur by optical absorption spectroscopy at wavelengths between 310 nm and 700 nm, wherein elemental sulfur is detected, and determining the content of H 2 S in the process gas based on the detected elemental sulfur of the analysing. extracting a sample of the process gas, performing oxidation of at least a major portion of H 2 S of the sample, whereby oxidation products comprising elemental sulfur are formed, analysing the oxidized sample comprising oxidation products comprising elemental sulfur by optical absorption spectroscopy at wavelengths between 310 nm and 700 nm, wherein elemental sulfur is detected, and determining the content of H 2 S in the process gas based on the detected elemental sulfur of the analysing.
Screw anchor for insertion into concrete, comprising a substantially cylindrical main body, on the outer lateral surface of which an external thread is provided and which has a receptacle for a fastening means, which receptacle starts from an axial end face, is arranged in the direction of the cylinder longitudinal axis and has a load-bearing structure for the fastening means that starts from the axial end face, a tool holder extending substantially in the direction of the cylinder longitudinal axis being provided in the receptacle, characterized in that the tool holder extends, from the end face to the rotary drive of the screw anchor in the cylinder longitudinal direction, further into the receptacle than the load-bearing structure, and in that the tool holder is formed by a plurality of grooves which extend substantially in parallel and substantially in the cylinder longitudinal direction and are deeper in the radial direction than the load-bearing structure.
A tyre comprising a tread portion comprising an outer shoulder main groove extending continuously in a tyre circumferential direction on a side closest to an outer tread edge (To) when a position of the tread portion mounted on a vehicle is specified and an outer shoulder land region formed on an outer side in a tyre axial direction of the outer shoulder main groove, wherein the outer shoulder land region includes an outer region (As) which is a region of 10% of a tread width axially outward from the outer tread edge (To), a middle region (Am) which is a region of 10% of the tread width axially inward from the outer tread edge (To), and an inner region (Ai) extending from the middle region (Am) to the outer shoulder main groove, and a tread edge region (At) which is a region of 10% of the tread width with the tread edge (To, Ti) being a center thereof in the tyre axial direction, the outer shoulder land region is provided with a plurality of outer shoulder sipes having components in the tyre axial direction, wherein the plurality of outer shoulder sipes includes edge sipes having one end in the tread edge region (At) that are first edge sipes having one end arranged on an inner side in the tyre axial direction of the tread edge (To) and extending axially outwardly therefrom, and in each of the outer region (As), the middle region (Am), and the inner region (Ai), when a ratio of a total opening area of the outer shoulder sipes included in the respective region (As, Am, Ai) to a total area of a ground contacting surface of the respective region (As, Am, Ai) is defined as a sipe ratio, the sipe ratio (Rm) of the middle region (Am) is smaller than the sipe ratio (Rs) of the outer region (As) and the sipe ratio (Ri) of the inner region (Ai), characterized in that the plurality of outer shoulder sipes includes a main sipe crossing the entire middle region (Am) of the outer shoulder land region.