mhurhangee/patent-ind-claim-en huggingface dataset:
System for producing a mask for surface microtexturing, the system comprising: - a substrate having a surface to be textured; - a layer of material , made from photosensitive material, which covers the surface of the substrate and has an outer surface that is exposed to the outside environment; - a generating and depositing device of droplets on the outer surface of the layer of material , in a specific arrangement by condensation, forming an optical mask on the outer surface of the layer of material ; and - a localized removal device of the layer of material , based on the arrangement of the droplets forming the optical mask on the outer surface of the layer of material , which then includes removal areas and material areas forming a second mask on the substrate ;which the localized removal device of the layer of material comprises an exposure unit emitting a light flow that passes through the droplets and reaches the outer surface of the layer of material , and on the other hand, a developing unit of the layer of material after exposure to the light flow ; characterized in that the exposure unit comprises a light source that is tilted relative to a direction normal to the outer surface of the layer of material , and in that the light flow passes through the droplets and reaches the outer surface of the layer of material under oblique incidence. - a substrate having a surface to be textured; - a layer of material , made from photosensitive material, which covers the surface of the substrate and has an outer surface that is exposed to the outside environment; - a generating and depositing device of droplets on the outer surface of the layer of material , in a specific arrangement by condensation, forming an optical mask on the outer surface of the layer of material ; and - a localized removal device of the layer of material , based on the arrangement of the droplets forming the optical mask on the outer surface of the layer of material , which then includes removal areas and material areas forming a second mask on the substrate ;which the localized removal device of the layer of material comprises an exposure unit emitting a light flow that passes through the droplets and reaches the outer surface of the layer of material , and on the other hand, a developing unit of the layer of material after exposure to the light flow ;
A method performed by a base station in a wireless communication system, the method comprising: identifying at least one feedback corresponding to data transmitted in a first subframe after a first sensing period in an unlicensed band from at least one terminal ; identifying data reception states of the at least one terminal as at least one of acknowledgement, ACK, negative acknowledgement, NACK, and discontinuous transmission, DTX, state based on the at least one feedback; identifying a ratio of the NACK state among the identified data reception states; and determining a length of a second sensing period based on the ratio of the NACK state, characterized in that in a case that physical uplink control channel, PUCCH, format 1b with channel selection is used and no feedback is identified, the corresponding NACK or DTX state is determined as a NACK state for identifying the ratio of the NACK state and the corresponding DTX state is ignored from identifying the ratio of the NACK state. identifying at least one feedback corresponding to data transmitted in a first subframe after a first sensing period in an unlicensed band from at least one terminal ; identifying data reception states of the at least one terminal as at least one of acknowledgement, ACK, negative acknowledgement, NACK, and discontinuous transmission, DTX, state based on the at least one feedback; identifying a ratio of the NACK state among the identified data reception states; and determining a length of a second sensing period based on the ratio of the NACK state, characterized in that in a case that physical uplink control channel, PUCCH, format 1b with channel selection is used and no feedback is identified, the corresponding NACK or DTX state is determined as a NACK state for identifying the ratio of the NACK state and the corresponding DTX state is ignored from identifying the ratio of the NACK state.
Silencer for a handgun, comprising - a silencer housing having a rear end wall which faces a barrel of the firearm when the silencer is used as intended, and a front end wall opposite the rear end wall , wherein a first opening is provided in the rear end wall and a second opening is provided in the front end wall , wherein a firing channel extends between the two openings (22a; 22b), and - at least one silencer insert , wherein at least one gas expansion chamber is formed inside the silencer housing and is connected to the firing channel , wherein the at least one silencer insert is arranged in at least one of the at least one gas expansion chambers , and wherein the at least one silencer insert has a stable material with a high open porosity, wherein the material of the silencer insert comprises at least one material from the group comprising - aluminum, copper, zinc, nickel, iron or combinations thereof, - ceramic, - carbon, - and combinations thereof, wherein channels which are open on one or both sides and open into the firing channel are formed in the silencer insert , and wherein the silencer insert is detachably arranged in the silencer housing . - a silencer housing having a rear end wall which faces a barrel of the firearm when the silencer is used as intended, and a front end wall opposite the rear end wall , wherein a first opening is provided in the rear end wall and a second opening is provided in the front end wall , wherein a firing channel extends between the two openings (22a; 22b), and - at least one silencer insert , - aluminum, copper, zinc, nickel, iron or combinations thereof, - ceramic, - carbon, - and combinations thereof,
System for determining a cardiovascular parameter of a patient which is configured to interact with an apparatus for extracorporeal blood treatment which is connected to the venous vascular system of the patient via an inflow line and an outflow line , wherein the extracorporeal blood treatment apparatus comprises at least one pump arranged between the inflow line and the outflow line for moving the blood of the patient within the extracorporeal blood treatment apparatus, said system comprising the following: a. temperature influencing means for causing an initial local temperature deviation T 1 in the vicinity of a first point of the vascular system of the patient, so that a traveling temperature change is introduced in the blood flow of the patient; b. a first temperature sensor for measuring the local temperature of the blood of the patient at a second point of the vascular system of the patient downstream of the first point ; c. a second temperature sensor for measuring the local temperature of the blood of the patient in the inflow line of the extracorporeal blood treatment apparatus, d. a computer system which is connected to the first temperature sensor and the second temperature sensor and is configured to record the local blood temperature, which is measured at the second point of the vascular system of the patient and in the inflow line of the extracorporeal blood treatment apparatus, respectively, as a function of time, and to determine and evaluate accordingly a first and a second thermodilution curve (TDK 1 , TDK 2 ), and is further configured to determine, from the second thermodilution curve, a temperature deviation T EKBV which is to be allocated to the extracorporeal blood treatment apparatus, and to correlate T 1 and T EKBV to determine the cardiovascular parameter. a. temperature influencing means for causing an initial local temperature deviation T 1 in the vicinity of a first point of the vascular system of the patient, so that a traveling temperature change is introduced in the blood flow of the patient; b. a first temperature sensor for measuring the local temperature of the blood of the patient at a second point of the vascular system of the patient downstream of the first point ; c. a second temperature sensor for measuring the local temperature of the blood of the patient in the inflow line of the extracorporeal blood treatment apparatus, d. a computer system which is connected to the first temperature sensor and the second temperature sensor and is configured to record the local blood temperature, which is measured at the second point of the vascular system of the patient and in the inflow line of the extracorporeal blood treatment apparatus, respectively, as a function of time, and to determine and evaluate accordingly a first and a second thermodilution curve (TDK 1 , TDK 2 ), and is further configured to determine, from the second thermodilution curve, a temperature deviation T EKBV which is to be allocated to the extracorporeal blood treatment apparatus, and to correlate T 1 and T EKBV to determine the cardiovascular parameter.
A vicinity information detection sensor arrangement comprising: a vehicle framework member and a vicinity information detection sensor , provided at the vehicle framework member , wherein the vehicle framework member has a closed cross-section structure; at least a portion of the vicinity information detection sensor is disposed inside the vehicle framework member and a detection portion of the vicinity information detection sensor that detects vicinity information of the vehicle is placed inside the vehicle framework member and is oriented to a vehicle outer side; and the vicinity information detection sensor arrangement further comprises a cover , mounted on the vehicle framework member , and that faces the detection portion and allows transmission of a detection carrier that the detection portion uses for detection; and a shock-absorbing member , provided between the vicinity information detection sensor and the vehicle framework member , except for a cavity portion between the detection portion and the cover . a vehicle framework member and a vicinity information detection sensor , provided at the vehicle framework member , wherein the vehicle framework member has a closed cross-section structure; at least a portion of the vicinity information detection sensor is disposed inside the vehicle framework member and a detection portion of the vicinity information detection sensor that detects vicinity information of the vehicle is placed inside the vehicle framework member and is oriented to a vehicle outer side; and the vicinity information detection sensor arrangement further comprises a cover , mounted on the vehicle framework member , and that faces the detection portion and allows transmission of a detection carrier that the detection portion uses for detection; and a shock-absorbing member , provided between the vicinity information detection sensor and the vehicle framework member , except for a cavity portion between the detection portion and the cover .
Injectable apatite cement, wherein calcium in the tricalcium phosphate in the α phase is partially substituted with strontium and the phosphate in the α phase is optionally partially substituted with silicon, said cement comprising at least one polymer of natural origin and/or at least one bioerodible polymer and/or proteins and/or vegetable polysaccharides, and optionally additives for regulating hardening time, and wherein tricalcium phosphate in the β phase is also present, said β phase of tricalcium phosphate is kept in the range of 20% to 30% with respect to the total of α+β phases.
A container filling machine, selected from a rotary filling machine or an inline filling machine, comprising alternating filling units , each of said filling units comprising: a. a valve actuator assembly having a first end moveably connected to the filling machine to effect both lateral movement and reciprocating longitudinal movement of the valve actuator assembly relative to the filling machine ; and b. a valve connected to a second end of the valve actuator assembly , such that longitudinal movement of the valve actuator assembly actuates the valve to open and fill a container, wherein the alternating filling units each comprise a different valve dedicated for a particular variety of container. a. a valve actuator assembly having a first end moveably connected to the filling machine to effect both lateral movement and reciprocating longitudinal movement of the valve actuator assembly relative to the filling machine ; and b. a valve connected to a second end of the valve actuator assembly , such that longitudinal movement of the valve actuator assembly actuates the valve to open and fill a container,
An apparatus, comprising: an encoder for encoding picture data for at least a portion of a picture, wherein said encoder includes a sparsity-based de-artifact filter for performing sparsity-based de-artifact filtering on the portion, characterized in that one or more filter parameters for the sparsity-based de-artifact filtering are determined and selected responsive to variable transforms; wherein a first filter parameter table is stored for one transform size, and for a second filter parameter table for another transform size, a scaling factor and an offset is signaled, the second filter parameter table being set as a function of the first filter parameter table, the scaling factor and the offset. an encoder for encoding picture data for at least a portion of a picture, wherein said encoder includes a sparsity-based de-artifact filter for performing sparsity-based de-artifact filtering on the portion, characterized in that one or more filter parameters for the sparsity-based de-artifact filtering are determined and selected responsive to variable transforms; wherein a first filter parameter table is stored for one transform size, and for a second filter parameter table for another transform size, a scaling factor and an offset is signaled, the second filter parameter table being set as a function of the first filter parameter table, the scaling factor and the offset.
A method performed at a gateway node of an operator network , the method comprising: obtaining a request to instantiate a tunnel for a data flow from a guest service provider to a user device that traverses the operator network, the tunnel being to communicatively couple the operator network and the guest service provider; determining whether the request satisfies tunneling criteria, wherein the tunneling criteria at least includes a first criterion associated with intrinsic information corresponding to a characterization of available network resources associated with the operator network and a second criterion associated with extrinsic information that quantitatively characterizes network resources of the operator network allocated to the guest service provider based on a predefined relationship between the operator network and the guest service provider; instantiating the tunnel for the data flow between the operator network and the guest service provider in response to determining that the request satisfies the tunneling criteria, wherein instantiating the tunnel for the data flow includes the gateway node transmitting tunnel instructions to other nodes of the operator network; and routing the data flow through the tunnel in order to transmit the data flow to the user device. obtaining a request to instantiate a tunnel for a data flow from a guest service provider to a user device that traverses the operator network, the tunnel being to communicatively couple the operator network and the guest service provider; determining whether the request satisfies tunneling criteria, wherein the tunneling criteria at least includes a first criterion associated with intrinsic information corresponding to a characterization of available network resources associated with the operator network and a second criterion associated with extrinsic information that quantitatively characterizes network resources of the operator network allocated to the guest service provider based on a predefined relationship between the operator network and the guest service provider; a first criterion associated with intrinsic information corresponding to a characterization of available network resources associated with the operator network and a second criterion associated with extrinsic information that quantitatively characterizes network resources of the operator network allocated to the guest service provider based on a predefined relationship between the operator network and the guest service provider; instantiating the tunnel for the data flow between the operator network and the guest service provider in response to determining that the request satisfies the tunneling criteria, wherein instantiating the tunnel for the data flow includes the gateway node transmitting tunnel instructions to other nodes of the operator network; and routing the data flow through the tunnel in order to transmit the data flow to the user device.
A surgical kit for soft tissue repair, comprising: one or more bone anchors ; one or more sutures ; one or more tissue augmentation blocks , each tissue augmentation block being configured to be disposed on a suture limb of a suture of the one or more sutures; wherein the tissue augmentation block is a cannulated tube with a cylindrical or ovoid body with a lumen extending therethrough from a proximal-most end to a distal-most end, or is a cannulated bar with a rectangular body with a rectangular lumen extending therethrough from a proximal-most end to a distal-most end; and one or more threaders configured to dispose a tissue augmentation block of the one or more tissue augmentation blocks onto a suture of the one or more sutures; characterised in that each tissue augmentation block is formed of two pieces of material (3110a, 3110b; 130a, 130b) attached together, the one or more tissue augmentation blocks being further configured such that the suture limb of the one or more sutures can be disposed through the block to intersect the lumen at an angle relative thereto. one or more bone anchors ; one or more sutures ; one or more tissue augmentation blocks , each tissue augmentation block being configured to be disposed on a suture limb of a suture of the one or more sutures; wherein the tissue augmentation block is a cannulated tube with a cylindrical or ovoid body with a lumen extending therethrough from a proximal-most end to a distal-most end, or is a cannulated bar with a rectangular body with a rectangular lumen extending therethrough from a proximal-most end to a distal-most end; and one or more threaders configured to dispose a tissue augmentation block of the one or more tissue augmentation blocks onto a suture of the one or more sutures; characterised in that each tissue augmentation block is formed of two pieces of material (3110a, 3110b; 130a, 130b) attached together, the one or more tissue augmentation blocks being further configured such that the suture limb of the one or more sutures can be disposed through the block to intersect the lumen at an angle relative thereto.
A gaming controller accessory, comprising: a base clip removably mountable on an analog stick of a gaming controller; a finger pad mounted on top of the base clip wherein the finger pad is tiltable to a plurality of angles with respect to the base clip ; a gripping surface fixed on top of the finger pad ; and a compression device disposed between the base clip and the finger pad , wherein the compression device provides a tensile force between the base clip and the finger pad, characterized in that the compression device comprises at least one of: a compression spring , one or more extension springs , or compressible foam. a base clip removably mountable on an analog stick of a gaming controller; a finger pad mounted on top of the base clip wherein the finger pad is tiltable to a plurality of angles with respect to the base clip ; a gripping surface fixed on top of the finger pad ; and a compression device disposed between the base clip and the finger pad , wherein a gripping surface fixed on top of the finger pad ; and a compression device disposed between the base clip and the finger pad , wherein the compression device provides a tensile force between the base clip and the finger pad, characterized in that the compression device comprises at least one of: a compression spring , one or more extension springs , or compressible foam.
A furniture drive for moving a furniture part , in particular a furniture flap , movably supported relative to a furniture carcass , comprising: - at least one carrier configured to be fixed to the furniture carcass , - at least one actuating arm pivotally supported relative to the carrier about a pivoting axis between a closed position and a maximum opening position, - at least one adjustment device configured to adjust a position of the maximum opening position of the at least one actuating arm , - wherein the at least one adjustment device includes at least one pivoting member configured to be moved in at least two pivoting positions relative to the at least one actuating arm , the at least one pivoting member being configured to distance the at least one actuating arm in the at least two pivoting positions to a different extent from at least one abutment arranged on the carrier when the at least one actuating arm is arranged in the maximum opening position, characterized in that the at least one pivoting member is pivotally arranged on the at least one actuating arm . - at least one carrier configured to be fixed to the furniture carcass , - at least one actuating arm pivotally supported relative to the carrier about a pivoting axis between a closed position and a maximum opening position, - at least one adjustment device configured to adjust a position of the maximum opening position of the at least one actuating arm , - wherein the at least one adjustment device includes at least one pivoting member configured to be moved in at least two pivoting positions relative to the at least one actuating arm , the at least one pivoting member being configured to distance the at least one actuating arm in the at least two pivoting positions to a different extent from at least one abutment arranged on the carrier when the at least one actuating arm is arranged in the maximum opening position,
A fabric having variable fabric properties, the fabric comprising: a plurality of fabric regions , wherein: the fabric is moulded and the fabric regions have different thicknesses, densities and/or stiffnesses from each other; each fabric region comprises: a first surface layer formed from a first set of yarns; a second surface layer formed from a second set of yarns; and a set of spacer yarns between the first and second surface layers ; each of the first and second sets of yarns having elastic properties ; and wherein the different thicknesses, densities and/or stiffnesses of the fabric regions are formed by varying compression of the fabric during moulding, characterised in that each fabric region consists of yarns belonging to a common family of thermoplastic polymer materials. the fabric is moulded and the fabric regions have different thicknesses, densities and/or stiffnesses from each other; each fabric region comprises: a first surface layer formed from a first set of yarns; a second surface layer formed from a second set of yarns; and a set of spacer yarns between the first and second surface layers ; a first surface layer formed from a first set of yarns; a second surface layer formed from a second set of yarns; and a set of spacer yarns between the first and second surface layers ; each of the first and second sets of yarns having elastic properties ; and wherein the different thicknesses, densities and/or stiffnesses of the fabric regions are formed by varying compression of the fabric during moulding,