mhurhangee/ep-ind-claims huggingface dataset:
An individual portion package containing butter, soft cheese or other similar foodstuff intended for spreading on a piece of bread or the like, which package includes a closed container (1, 101) and spreading device (2, 102), which spreading device (2, 102) is integrated with the container (1, 101) and projecting out from the container (1, 101), which container is formed by a first wall (6, 106) and a second wall (3, 103) connected to each other, which first wall (6, 106) has a first extension forming the spreading device (2, 102), and which second wall (3, 103) has a gripping device (4, 104) at the end of the container (1, 101) adjacent the spreading device (2, 102), which gripping device (4, 104) is arranged for opening the container (1, 101) at this end for providing a dispensing opening (5, 105) allowing the content of the container to be squeezed out onto a supply side of the spreading device, which supply side is on the same side of the first wall (6, 106) as the container (1, 101), wherein the gripping device (4, 104) forms a second extension from the container (1, 101) in direction of the spreading device (2, 102) to an end of the package that is most remote from the container (1, 101), which second extension completely covers the supply side of the spreading device (2, 102) and that the second extension is larger than the first extension such that the second extension projects beyond at least one edge of the spreading device (2, 102), preferably a distance in the range of 2 to 10 mm, that the first wall (6, 106) is aligned with the spreading device (2, 102) and extends from the first wall (6, 106) in the direction of the plane of the first wall (6, 106), characterized in that the container (1, 101) is located on top of the first wall (6, 106) and that the dispensing opening (5, 105) allowing the content of the container to be squeezed out onto the top of the supply side of the spreading device (2, 102) which supply side is on the same side of the first wall (6, 106) as the container (1, 101).
Washing machine comprising a tub in which a drum is rotatably mounted, and a storage tank having a flow connection to the tub via a feeding line (12, 16, 16a) provided with a pump and a three-port valve adapted to drive the flow to a drain or to said storage tank for storing rinsing fluid in the storage tank for subsequent reuse, a return line connecting the storage tank to the tub with an auxiliary pump placed thereon, characterized in that said connection is by means of a two-port valve, on such return line the auxiliary pump being placed downstream the two-port valve.
A urine collection device, comprising: a receptacle; a meter to measure urine volume, and an inlet connected to the meter through which urine can flow to the meter, the meter comprising: a measurement region comprising a series of chambers configured to hold the urine; and the device being characterised by a meter release lever (416, 610) coupled to a rod having passages therethrough, to control the emptying of urine from the measurement region into the receptacle; a plurality of ports between the receptacle and the chambers of the measurement region of the meter wherein a rotation of the meter release lever rotates the rod so that the passages through the rod line up with the ports so that urine flows from the measurement region into the receptacle, emptying all the chambers in parallel. a receptacle; a meter to measure urine volume, and an inlet connected to the meter through which urine can flow to the meter, the meter comprising: a measurement region comprising a series of chambers configured to hold the urine; and the device being characterised by a meter release lever (416, 610) coupled to a rod having passages therethrough, to control the emptying of urine from the measurement region into the receptacle; a plurality of ports between the receptacle and the chambers of the measurement region of the meter wherein a rotation of the meter release lever rotates the rod so that the passages through the rod line up with the ports so that urine flows from the measurement region into the receptacle, emptying all the chambers in parallel. a measurement region comprising a series of chambers configured to hold the urine; and the device being characterised by a meter release lever (416, 610) coupled to a rod having passages therethrough, to control the emptying of urine from the measurement region into the receptacle; a plurality of ports between the receptacle and the chambers of the measurement region of the meter wherein a rotation of the meter release lever rotates the rod so that the passages through the rod line up with the ports so that urine flows from the measurement region into the receptacle, emptying all the chambers in parallel.
An instrumentation system for antegrade or retrograde implantation with laterally inserted screws for use with an intramedullary femoral nail system, wherein the instrumentation system comprises an aiming arm, a cannulated connecting bolt configured to be inserted through a conduit 130 in the aiming arm 102 and comprising a threaded portion that is configured to matingly engage with a nail stem of the nail system, the fastener comprising a raised foot at a proximal end thereof, and a fastener camlock comprising an end cam feature configured to matingly engage with the fastener and the cannulated connection bolt; wherein the fastener camlock is configured to be placed through a conduit of the connection bolt until the cam feature end engages with the raised foot at the proximal end of the fastener, such that rotation of the fastener camlock engages its end cam feature on the raised foot of the fastener, clamping the fastener relative to the intramedullary femoral nail system via a radial force.
A system (50, 90) for training a sport player, comprising: at least one wearable item to be worn by the sport player, wherein the at least one wearable item comprises a plurality of colors such that each one of the plurality of colors is displayed on a designated portion (16, 18, 20) of the wearable item; a plurality of differently-shaped and differently-colored equipment devices to be placed in various regions across a training field according to a personally tailored training for the player, wherein the color of each one of the equipment devices corresponds to one of the plurality of colors displayed on the at least one wearable item; and wherein the shape and color of each differently-shaped device directs the player to perform another specific physical operation, such that the operation is done with the designated portion of the wearable item, once the player reaches the devices while advancing a ball across the field between the various regions. at least one wearable item to be worn by the sport player, wherein the at least one wearable item comprises a plurality of colors such that each one of the plurality of colors is displayed on a designated portion (16, 18, 20) of the wearable item; a plurality of differently-shaped and differently-colored equipment devices to be placed in various regions across a training field according to a personally tailored training for the player, wherein the color of each one of the equipment devices corresponds to one of the plurality of colors displayed on the at least one wearable item; and wherein the shape and color of each differently-shaped device directs the player to perform another specific physical operation, such that the operation is done with the designated portion of the wearable item, once the player reaches the devices while advancing a ball across the field between the various regions.
Addition-curable silicone rubber composition comprising: 100 parts by weight of alkenyl-containing organopolysiloxane having at least two silicon-bonded alkenyl groups per molecule, organohydrogenpolysiloxane having at least two silicon-bonded hydrogen atoms per molecule, in an amount of 0.2 to 20 parts by weight per 100 parts by weight of component, a catalytic amount of platinum catalyst, and benzotriazole derivative having the general formula: wherein R 1 is hydrogen or a Ci-Cio monovalent hydrocarbon group and R 2 is a monovalent organic group, in an amount of 2 to 1,000 moles per mole of platinum atom in component. 100 parts by weight of alkenyl-containing organopolysiloxane having at least two silicon-bonded alkenyl groups per molecule, organohydrogenpolysiloxane having at least two silicon-bonded hydrogen atoms per molecule, in an amount of 0.2 to 20 parts by weight per 100 parts by weight of component, a catalytic amount of platinum catalyst, and benzotriazole derivative having the general formula: wherein R 1 is hydrogen or a Ci-Cio monovalent hydrocarbon group and R 2 is a monovalent organic group, in an amount of 2 to 1,000 moles per mole of platinum atom in component.
A semiconductor laser device comprising: a conductive first heatsink member; a conductive first adhesive disposed on the first heatsink member; a semiconductor laser element disposed on the first adhesive; and wherein, the first adhesive reaches a side surface of the first heatsink member, said side surface being on the side of the laser emission surface, under said laser emission surface of the semiconductor laser element, characterized in that an antireflection film is formed on a laser emission surface of the semiconductor laser element, and in that the wettability of the antireflection film with respect to the first adhesive is lower than the wettability of the first heatsink member with respect to the first adhesive. a conductive first heatsink member; a conductive first adhesive disposed on the first heatsink member; a semiconductor laser element disposed on the first adhesive; and wherein, the first adhesive reaches a side surface of the first heatsink member, said side surface being on the side of the laser emission surface, under said laser emission surface of the semiconductor laser element, characterized in that an antireflection film is formed on a laser emission surface of the semiconductor laser element, and in that the wettability of the antireflection film with respect to the first adhesive is lower than the wettability of the first heatsink member with respect to the first adhesive.
Liquid dispenser device including a valve comprising: - a flap-forming portion for blocking and passing liquid out from the device; and - a fastener edge for permanently fastening the valve relative to a container, characterized in that this fastener edge comprises a tubular fastening wall sandwiched between an inner tubular wall and an outer tubular wall applying a radial compression to the fastener wall, - a rigid part being a bearing surface for a spring, the outer tubular wall being carried by a support attached to the container. - a flap-forming portion for blocking and passing liquid out from the device; and - a fastener edge for permanently fastening the valve relative to a container, characterized in that this fastener edge comprises a tubular fastening wall sandwiched between an inner tubular wall and an outer tubular wall applying a radial compression to the fastener wall, - a rigid part being a bearing surface for a spring,
An apparatus for independently controlling temperature in multiple chemical reactions simultaneously in discrete regions, each containing a spatial array of reaction zones, said apparatus comprising: a plurality of thermoelectric modules thermally coupled to said regions with a separate module for each region; an electric power supply electrically coupled to said thermoelectric modules; means for independently controlling the magnitude of electric power delivery from said electric power supply to each thermoelectric module, thereby maintaining the temperature of each region independently of other regions; thermal insulating means, wherein said thermal insulating means comprises solid barriers of thermally insulating material positioned between each adjacent pair of regions, wherein the thermal insulating means are additionally positioned between adjacent thermoelectric modules; and a common heat sink providing structural integrity to all regions. a plurality of thermoelectric modules thermally coupled to said regions with a separate module for each region; an electric power supply electrically coupled to said thermoelectric modules; means for independently controlling the magnitude of electric power delivery from said electric power supply to each thermoelectric module, thereby maintaining the temperature of each region independently of other regions; thermal insulating means, wherein said thermal insulating means comprises solid barriers of thermally insulating material positioned between each adjacent pair of regions, wherein the thermal insulating means are additionally positioned between adjacent thermoelectric modules; and a common heat sink providing structural integrity to all regions.
A method for performing measurements, the method performed by a user equipment, UE, and comprising: receiving a measurement subframe pattern for a neighbor cell and a measurement timing configuration for a discovery signal; applying both of the measurement subframe pattern and the measurement timing configuration, wherein the measurement subframe pattern for the neighbor cell is not exactly identical with the measurement timing configuration for the discovery signal; selecting at least one or more subframes, to perform the measurements based on the appliance of the measurement subframe pattern and the measurement timing configuration; and performing the measurements based on the discovery signal in the selected subframes. receiving a measurement subframe pattern for a neighbor cell and a measurement timing configuration for a discovery signal; applying both of the measurement subframe pattern and the measurement timing configuration, wherein the measurement subframe pattern for the neighbor cell is not exactly identical with the measurement timing configuration for the discovery signal; selecting at least one or more subframes, to perform the measurements based on the appliance of the measurement subframe pattern and the measurement timing configuration; and performing the measurements based on the discovery signal in the selected subframes.
A method for enabling a capability of a terminal in a device management system including a server capable of at least one of enabling and disabling capabilities of the terminal, the method comprising the steps of: determining, by the terminal, if a condition for requesting enablement of a disabled capability of the terminal has been met while the disabled capability of the terminal is kept disabled by the server; transmitting, to the server, a request message for requesting the enablement of the disabled capability including information related to the condition being met, based on a determination that the condition has been met; and receiving, by the terminal, a control command for the disabled capability from the server and processing the control command, wherein the condition for requesting enablement of the disabled capability is met if a request is made by a user, wherein the request message includes a user-input authorization code for requesting the enablement of the disabled capability, or wherein the condition for requesting enablement of the disabled capability is automatically met when one or more preset requirements are met, and the one or more preset requirements include a departure of the terminal from a control area and an occurrence of an emergency communication. determining, by the terminal, if a condition for requesting enablement of a disabled capability of the terminal has been met while the disabled capability of the terminal is kept disabled by the server; transmitting, to the server, a request message for requesting the enablement of the disabled capability including information related to the condition being met, based on a determination that the condition has been met; and receiving, by the terminal, a control command for the disabled capability from the server and processing the control command, wherein the condition for requesting enablement of the disabled capability is met if a request is made by a user, wherein the request message includes a user-input authorization code for requesting the enablement of the disabled capability, or wherein the condition for requesting enablement of the disabled capability is automatically met when one or more preset requirements are met, and the one or more preset requirements include a departure of the terminal from a control area and an occurrence of an emergency communication.
A method for providing a heat treated liquid food product, comprising the steps of: providing a flow of concentrate having a water content being less than that of the liquid food product; providing a flow of water being separated from said flow of concentrate; heating the flow of water to a predetermined temperature by using a first heat treatment device; combining the flow of concentrate with the flow of heated water to form a liquid food product; reducing a number of microorganisms of the liquid food product by means of the heat energy of the heated water; providing a flow of sugar solution; heat treating the flow of sugar solution, wherein the step of combining said flow of concentrate with said flow of water further includes combining with said flow of sugar solution. providing a flow of concentrate having a water content being less than that of the liquid food product; providing a flow of water being separated from said flow of concentrate; heating the flow of water to a predetermined temperature by using a first heat treatment device; combining the flow of concentrate with the flow of heated water to form a liquid food product; reducing a number of microorganisms of the liquid food product by means of the heat energy of the heated water; providing a flow of sugar solution; heat treating the flow of sugar solution, wherein the step of combining said flow of concentrate with said flow of water further includes combining with said flow of sugar solution.
A method of identifying a phenotypic trait of interest in a plant, the method comprising: providing a plurality of plant DNA samples, wherein at least one of the plant DNA samples comprises a polymorphism associated with a phenotypic trait of interest; amplifying one or more selected loci in the genome of two or more of the plant DNA samples, wherein each of said selected loci is amplified with at least one specific primer and tagged with at least one DNA tag; combining at least two of the amplified DNA samples to create a pool of amplified DNA samples; sequencing the pool of amplified DNA samples; comparing the sequence information from the amplified DNA samples to a consensus sequence to identify the presence or absence of the polymorphism, wherein the individual DNA samples are identified by the DNA tags; and selecting one or more plants based on the presence or absence of the polymorphism in the plant DNA sample. providing a plurality of plant DNA samples, wherein at least one of the plant DNA samples comprises a polymorphism associated with a phenotypic trait of interest; amplifying one or more selected loci in the genome of two or more of the plant DNA samples, wherein each of said selected loci is amplified with at least one specific primer and tagged with at least one DNA tag; combining at least two of the amplified DNA samples to create a pool of amplified DNA samples; sequencing the pool of amplified DNA samples; comparing the sequence information from the amplified DNA samples to a consensus sequence to identify the presence or absence of the polymorphism, wherein the individual DNA samples are identified by the DNA tags; and selecting one or more plants based on the presence or absence of the polymorphism in the plant DNA sample.
A method for processing structurally identical workpieces by means of a numerically controlled workpiece processing apparatus, comprising the following steps: a) processing a workpiece with a desired tool path being specified for a tool of the workpiece processing apparatus, b) regulating a working distance of the tool from the workpiece to a defined desired distance, so that when processing the workpiece, the tool is moved along the desired tool path over a distance-controlled actual tool path, c) optimizing the desired tool path for a further workpiece on the basis of the distance-controlled actual tool path of the processed workpiece and processing the further workpiece with the optimized desired tool path being specified and/or d) assessing a workpiece quality of the processed workpiece on the basis of the distance-controlled actual tool path. a) processing a workpiece with a desired tool path being specified for a tool of the workpiece processing apparatus, b) regulating a working distance of the tool from the workpiece to a defined desired distance, so that when processing the workpiece, the tool is moved along the desired tool path over a distance-controlled actual tool path, c) optimizing the desired tool path for a further workpiece on the basis of the distance-controlled actual tool path of the processed workpiece and processing the further workpiece with the optimized desired tool path being specified and/or d) assessing a workpiece quality of the processed workpiece on the basis of the distance-controlled actual tool path.
An emergency specimen conveying method of an automatic analyzer including: a sampling area (115, 122) configured to serve as a position where a specimen is dispensed from a specimen container into a reaction vessel; one dispensing lane (114, 121) configured to include a waiting area (116, 123) where a specimen rack waits until the dispensing starts, on an upstream side of the sampling area, and to convey the specimen rack in a first direction from the upstream side to a downstream side; and a conveying lane configured to convey the specimen rack in the first direction wherein the dispensing lane (114, 121) receives the specimen rack from the conveying lane upstream of the sampling area (115, 122) and characterized in that the dispensing lane returns the specimen rack to the conveying lane downstream of the sampling area, and in that, when the specimen rack is present in the sampling area (115, 122), the dispensing lane (114, 121) is configured to receive an emergency specimen rack from the conveying lane at the downstream side of the sampling area (115, 122) and the emergency specimen rack is conveyed on the dispensing lane in a second direction opposite to the first direction. a sampling area (115, 122) configured to serve as a position where a specimen is dispensed from a specimen container into a reaction vessel; one dispensing lane (114, 121) configured to include a waiting area (116, 123) where a specimen rack waits until the dispensing starts, on an upstream side of the sampling area, and to convey the specimen rack in a first direction from the upstream side to a downstream side; and a conveying lane configured to convey the specimen rack in the first direction wherein the dispensing lane (114, 121) receives the specimen rack from the conveying lane upstream of the sampling area (115, 122) and characterized in that the dispensing lane returns the specimen rack to the conveying lane downstream of the sampling area, and in that, when the specimen rack is present in the sampling area (115, 122), the dispensing lane (114, 121) is configured to receive an emergency specimen rack from the conveying lane at the downstream side of the sampling area (115, 122) and the emergency specimen rack is conveyed on the dispensing lane in a second direction opposite to the first direction.