mhurhangee/patent-ind-claim-en huggingface dataset:
A web of packaging material for forming of individual packages for storing liquid food products, comprising a core layer , comprising paper or paperboard, an inside laminate portion to be directed towards the inside of a package formed from the packaging material and comprising a layer of a heat sealable thermoplastic polymer, the core layer further being laminated to an outside laminate portion on the opposite side of the core layer, said web of packaging material comprising a first area to form a first package , a second area to form a second and adjacent package , and a transversal sealing area extending in the transversal direction across the width of the web, located between the first area and the second area , wherein the transversal sealing area comprises an upper transversal sealing area for accommodating an upper end seal of the first package, a lower transversal sealing area for accommodating a lower end seal of the second package, and a transversal cutting area arranged between the upper and lower transversal sealing areas , for accommodating a linear transversal cut along the center of the entire extension of the transversal cutting area when cutting off individual packages formed from the web of packaging material, wherein the core layer is provided with at least one weakening portion at the transversal sealing area , the weakening portion being additional to any optional weakening for the linear transversal cut, extending in a direction substantially perpendicular to the transversal cutting area , and being arranged at a lateral position of the transversal sealing area, at which lateral position the packaging material is intended to be folded.
A foamable composition, comprising: up to 20 wt% of a polypropylene-based copolymer, based on a total weight of the foamable composition, and 80 wt% or more of a polyolefin, based on the total weight of the foamable composition, wherein: the polypropylene-based copolymer has a melt flow rate of 1 g/10 min or less measured according to ASTM D1238 using a load of 2.16 kg at 230°C; and, a melt strength ranging from 20 cN to 100 cN at 190°C measured according to the method in the section of the description titled Rheotens melt strength, the polyolefin has a melt flow rate of 2 g/10 min or more measured according to ASTM D1238 using a load of 2.16 kg at 230°C, a melt strength of 30 cN or more at 190°C measured according to the method in the section of the description titled Rheotens melt strength, and a velocity at break of 170 mm/s or more measured according to the method in the section of the description headed Rheotens melt strength, and the foamable composition has a zero-shear viscosity of 12,000 Pa s or less at 190°C. up to 20 wt% of a polypropylene-based copolymer, based on a total weight of the foamable composition, and 80 wt% or more of a polyolefin, based on the total weight of the foamable composition, wherein: the polypropylene-based copolymer has a melt flow rate of 1 g/10 min or less measured according to ASTM D1238 using a load of 2.16 kg at 230°C; and, a melt strength ranging from 20 cN to 100 cN at 190°C measured according to the method in the section of the description titled Rheotens melt strength, the polyolefin has a melt flow rate of 2 g/10 min or more measured according to ASTM D1238 using a load of 2.16 kg at 230°C, a melt strength of 30 cN or more at 190°C measured according to the method in the section of the description titled Rheotens melt strength, and a velocity at break of 170 mm/s or more measured according to the method in the section of the description headed Rheotens melt strength, and the foamable composition has a zero-shear viscosity of 12,000 Pa s or less at 190°C. the polypropylene-based copolymer has a melt flow rate of 1 g/10 min or less measured according to ASTM D1238 using a load of 2.16 kg at 230°C; and, a melt strength ranging from 20 cN to 100 cN at 190°C measured according to the method in the section of the description titled Rheotens melt strength, the polyolefin has a melt flow rate of 2 g/10 min or more measured according to ASTM D1238 using a load of 2.16 kg at 230°C, a melt strength of 30 cN or more at 190°C measured according to the method in the section of the description titled Rheotens melt strength, and a velocity at break of 170 mm/s or more measured according to the method in the section of the description headed Rheotens melt strength, and the foamable composition has a zero-shear viscosity of 12,000 Pa s or less at 190°C.
A catheter device comprising: a catheter hub , a needle fixed in a needle hub , the needle extending through the catheter hub in a ready position, and a tubular receptacle in which the needle hub is displaceably guided and biased by a spring in a proximal direction relative to the receptacle , a valve member , and a valve actuation member , which serves to open the valve member , wherein the needle hub is releasably held in the ready position in the receptacle against the force of the spring , and wherein the valve member and the valve actuation member are disposed in the catheter hub ; and the needle extends through the valve member and the valve actuation member in a ready position. a catheter hub , a needle fixed in a needle hub , the needle extending through the catheter hub in a ready position, and a tubular receptacle in which the needle hub is displaceably guided and biased by a spring in a proximal direction relative to the receptacle , a valve member , and a valve actuation member , which serves to open the valve member , wherein the needle hub is releasably held in the ready position in the receptacle against the force of the spring , and wherein the valve member and the valve actuation member are disposed in the catheter hub ; and the needle extends through the valve member and the valve actuation member in a ready position.
A multi-film oil damper for a gas turbine engine, comprising: a housing (12:29) defining an annular damper cavity between a radially outward wall , a first radially extending side wall and a second radially extending side wall ; a plurality of nested damper rings disposed within said annular damper cavity, said damper rings defining a plurality of squeeze film annuli therebetween; and an oil inlet having an inlet gallery adjacent the first radially extending side wall and fluidly connected in parallel to the squeeze film annuli, wherein the plurality of nested damper rings comprises an innermost damper ring and at least one outer damper ring , and the inlet gallery has an axial length (L), a circumferential width and a radial height (H), the radial height (H) being greater than a radial thickness of the at least one outer damper ring , characterised in that : the oil inlet is in the first radially extending side wall ; and the innermost damper ring has a radially inward surface configured to abut an outer race of a bearing , the innermost damper ring having a radial oil passage for providing an oil film coating between the radially inward surface of the innermost damper ring and the outer race of the bearing . a housing (12:29) defining an annular damper cavity between a radially outward wall , a first radially extending side wall and a second radially extending side wall ; a plurality of nested damper rings disposed within said annular damper cavity, said damper rings defining a plurality of squeeze film annuli therebetween; and an oil inlet having an inlet gallery adjacent the first radially extending side wall and fluidly connected in parallel to the squeeze film annuli, wherein the plurality of nested damper rings comprises an innermost damper ring and at least one outer damper ring , and the inlet gallery has an axial length (L), a circumferential width and a radial height (H), the radial height (H) being greater than a radial thickness of the at least one outer damper ring , characterised in that : the oil inlet is in the first radially extending side wall ; and the innermost damper ring has a radially inward surface configured to abut an outer race of a bearing , the innermost damper ring having a radial oil passage for providing an oil film coating between the radially inward surface of the innermost damper ring and the outer race of the bearing . the oil inlet is in the first radially extending side wall ; and the innermost damper ring has a radially inward surface configured to abut an outer race of a bearing , the innermost damper ring having a radial oil passage for providing an oil film coating between the radially inward surface of the innermost damper ring and the outer race of the bearing .
A semiconductor laser light source comprising: a block mounted on a support base , the block having two opposing side surfaces and a lower surface that is mounted on the support base ; and a plurality of semiconductor laser chips which emit laser light beams of different wavelengths, respectively, wherein said block includes: a body portion being formed into a rectangular parallelepiped shape, having said two opposing side surfaces capable of mounting said semiconductor laser chips , and having, in a longitudinal direction of the body portion , two end portions; and protruding portions protruding laterally from both end portions, characterised by at least two of said semiconductor laser chips being mounted on each of said two opposing side surfaces of the body portion of said block , wherein said block further includes rectangular corner portions capable of coming into contact with a rectangular corner portion of one of said semiconductor laser chips at boundary portions between said body portion and said protruding Portions , so that an operator can grasp the protruding portions in the process of manufacturing the semiconductor laser light source without touching the semiconductor laser chips . a block mounted on a support base , the block having two opposing side surfaces and a lower surface that is mounted on the support base ; and a plurality of semiconductor laser chips which emit laser light beams of different wavelengths, respectively, wherein said block includes: a body portion being formed into a rectangular parallelepiped shape, having said two opposing side surfaces capable of mounting said semiconductor laser chips , and having, in a longitudinal direction of the body portion , two end portions; and protruding portions protruding laterally from both end portions, characterised by a body portion being formed into a rectangular parallelepiped shape, having said two opposing side surfaces capable of mounting said semiconductor laser chips , and having, in a longitudinal direction of the body portion , two end portions; and protruding portions protruding laterally from both end portions, characterised by at least two of said semiconductor laser chips being mounted on each of said two opposing side surfaces of the body portion of said block , wherein said block further includes rectangular corner portions capable of coming into contact with a rectangular corner portion of one of said semiconductor laser chips at boundary portions between said body portion and said protruding Portions , so that an operator can grasp the protruding portions in the process of manufacturing the semiconductor laser light source without touching the semiconductor laser chips .
Composition for producing a thermoplastic moulding compound containing A) at least one aromatic polycarbonate and/or aromatic polyester carbonate containing at least 500 ppmw of phenolic OH groups, wherein the weight-average molecular weight M w of component A determined by gel permeation chromatography at room temperature in dichloromethane as solvent using a BPA polycarbonate standard is in the range from 15 000 to 40 000 g/mol, B) at least one copolymer containing structural units derived from methyl methacrylate and 0.3% to 15% by weight, based on component B, of structural units derived from glycidyl methacrylate, wherein component B has a weight-average molecular weight M w determined by gel permeation chromatography at room temperature in tetrahydrofuran as solvent using a polystyrene standard of 20 000 to 200 000 g/mol, wherein in component B the ratio of M w in kg/mol to the weight fraction of glycidyl methacrylate-derived structural units in % by weight is in the range from 2 to 100, wherein the weight ratio of component A and component B is in the range from 30:70 to 90:10. A) at least one aromatic polycarbonate and/or aromatic polyester carbonate containing at least 500 ppmw of phenolic OH groups, wherein the weight-average molecular weight M w of component A determined by gel permeation chromatography at room temperature in dichloromethane as solvent using a BPA polycarbonate standard is in the range from 15 000 to 40 000 g/mol, B) at least one copolymer containing structural units derived from methyl methacrylate and 0.3% to 15% by weight, based on component B, of structural units derived from glycidyl methacrylate, wherein component B has a weight-average molecular weight M w determined by gel permeation chromatography at room temperature in tetrahydrofuran as solvent using a polystyrene standard of 20 000 to 200 000 g/mol, wherein in component B the ratio of M w in kg/mol to the weight fraction of glycidyl methacrylate-derived structural units in % by weight is in the range from 2 to 100, wherein the weight ratio of component A and component B is in the range from 30:70 to 90:10.
A method for archiving a document in digital or physical form comprising: . capturing an image of the document with a high resolution camera of a headset connected to a computer , the document comprising index information enabling identification of the document, . creating a unique identifier for the document, . recording the captured image of the document in a document database along with the document identifier and the index information, . archiving the document in a folder or box of a cabinet at a determined physical storage location, confirming the archival of the document using the headset by pointing on the folder or box a dotted target corresponding to a centre of the view field of the high resolution camera and voicing an appropriate command, or indicating an ID tag of the folder or box, and . recording the determined physical storage location of the document box or folder based on a 3D model of the operator's environment including the locations of the cabinets and document boxes or folders and linking to the document identifier. . capturing an image of the document with a high resolution camera of a headset connected to a computer , the document comprising index information enabling identification of the document, . creating a unique identifier for the document, . recording the captured image of the document in a document database along with the document identifier and the index information, . archiving the document in a folder or box of a cabinet at a determined physical storage location, confirming the archival of the document using the headset by pointing on the folder or box a dotted target corresponding to a centre of the view field of the high resolution camera and voicing an appropriate command, or indicating an ID tag of the folder or box, and . recording the determined physical storage location of the document box or folder based on a 3D model of the operator's environment including the locations of the cabinets and document boxes or folders and linking to the document identifier.
A system for monitoring activity in a gym environment , wherein the system comprises: a monitoring system configured to identify human representations in the gym environment and track movement of the human representations; a transceiver unit for receiving communication signals within the gym environment; a waypoint transmitter , communicatively separated from the transceiver unit , arranged at a predetermined location in the gym environment and configured to transmit a near field wireless signal ; wherein the transceiver unit is configured to receive a communication signal from an electronic device associated with a user, comprising an indication of reception in the electronic device of the near field wireless signal transmitted from the waypoint transmitter ; and a control system configured to assign a specific human representation (O1) to the electronic device associated with the user, responsive to the monitoring system detecting presence of the specific human representation at said location at a point in time associated with reception in the electronic device of the near field wireless signal, which point in time is obtained by the transceiver unit in the communication signal from the electronic device . a monitoring system configured to identify human representations in the gym environment and track movement of the human representations; a transceiver unit for receiving communication signals within the gym environment; a waypoint transmitter , communicatively separated from the transceiver unit , arranged at a predetermined location in the gym environment and configured to transmit a near field wireless signal ; wherein the transceiver unit is configured to receive a communication signal from an electronic device associated with a user, comprising an indication of reception in the electronic device of the near field wireless signal transmitted from the waypoint transmitter ; and a control system configured to assign a specific human representation (O1) to the electronic device associated with the user, responsive to the monitoring system detecting presence of the specific human representation at said location at a point in time associated with reception in the electronic device of the near field wireless signal, which point in time is obtained by the transceiver unit in the communication signal from the electronic device .
A pouched energy storage device comprising: a cell housing portion and a sealed portion; a stack of electrodes housed within an inner region of the cell housing portion, each electrode having dimensions of width, length, and thickness, wherein one or more electrodes have at least one of the dimensions smaller than a corresponding dimension of other electrodes in the stack of electrodes; an indentation on the cell housing portion adjacent the sealed portion, wherein the indentation forms a stepped region in the inner region that follows the shape of the one or more electrodes having at least one of the dimensions smaller than a corresponding dimension of other electrodes in the stack of electrodes; and wherein the sealed portion is folded onto the cell housing portion so that at least a part of the sealed portion resides in the indentation. a cell housing portion and a sealed portion; a stack of electrodes housed within an inner region of the cell housing portion, each electrode having dimensions of width, length, and thickness, wherein one or more electrodes have at least one of the dimensions smaller than a corresponding dimension of other electrodes in the stack of electrodes; an indentation on the cell housing portion adjacent the sealed portion, wherein the indentation forms a stepped region in the inner region that follows the shape of the one or more electrodes having at least one of the dimensions smaller than a corresponding dimension of other electrodes in the stack of electrodes; and wherein the sealed portion is folded onto the cell housing portion so that at least a part of the sealed portion resides in the indentation.
An irrigation sleeve for an ultrasonic surgical assembly , the ultrasonic surgical assembly comprising a housing having a proximal portion and a distal portion , a transducer at least partially disposed within the housing , a horn coupled to the transducer , and an ultrasonic tip comprising a shaft , the ultrasonic tip removably coupled to the horn , the irrigation sleeve comprising: a body having a distal region and a proximal region; a sheath coupled to and disposed over a portion of said body , said sheath having a proximal end and an opposing distal end; and an irrigation conduit for conveying irrigation fluid, the irrigation conduit defining an inlet aperture disposed at the proximal region of said body , and an outlet aperture , wherein the irrigation fluid is configured to enter the irrigation conduit at the inlet aperture and exit the irrigation conduit at the outlet aperture ; characterized in that the body is releasably coupleable to the distal portion of the housing , said body defining a helical groove which at least partially surrounds the shaft of the ultrasonic tip when the body is coupled to the distal portion of the housing such that the ultrasonic tip is in a lumen defined by the irrigation sleeve ; the sheath is coupled to and disposed over a portion of said body to surround at least a full revolution of the helical groove ; and the irrigation conduit is disposed within said helical groove , wherein the outlet aperture is disposed at a distal region of said body . a body having a distal region and a proximal region; a sheath coupled to and disposed over a portion of said body , said sheath having a proximal end and an opposing distal end; and an irrigation conduit for conveying irrigation fluid, the irrigation conduit defining an inlet aperture disposed at the proximal region of said body , and an outlet aperture , wherein the irrigation fluid is configured to enter the irrigation conduit at the inlet aperture and exit the irrigation conduit at the outlet aperture ; characterized in that the body is releasably coupleable to the distal portion of the housing , said body defining a helical groove which at least partially surrounds the shaft of the ultrasonic tip when the body is coupled to the distal portion of the housing such that the ultrasonic tip is in a lumen defined by the irrigation sleeve ; the sheath is coupled to and disposed over a portion of said body to surround at least a full revolution of the helical groove ; and the irrigation conduit is disposed within said helical groove , wherein the outlet aperture is disposed at a distal region of said body .
An elevator system comprising: an elevator car configured to transport a first passenger between floors of a building; a sensor system disposed in the elevator car , the sensor system being configured to detect a location of the first passenger; and a screen disposed in the elevator car , wherein the screen is configured to receive input from the first passenger, wherein the screen is configured to display a first virtual display panel at a location on the screen that is based on the location of the first passenger, characterized in that said sensor system being configured to additionally detect at least one of an orientation or a height of the first passenger; that said location, where the first virtual display panel is displayed, is additionally based on the orientation of the first passenger. an elevator car configured to transport a first passenger between floors of a building; a sensor system disposed in the elevator car , the sensor system being configured to detect a location of the first passenger; and a screen disposed in the elevator car , wherein the screen is configured to receive input from the first passenger, wherein the screen is configured to display a first virtual display panel at a location on the screen that is based on the location of the first passenger, characterized in that said sensor system being configured to additionally detect at least one of an orientation or a height of the first passenger; that said location, where the first virtual display panel is displayed, is additionally based on the orientation of the first passenger.