mhurhangee/ep-ind-claims huggingface dataset:
A catheter assembly, comprising: a catheter adapter comprising a distal end, a proximal end, and an inner surface forming a lumen, wherein the lumen extends between the proximal end and the distal end; a cannula hub, wherein the cannula hub is configured to slide with respect to the catheter adapter from a distal, unlocked position to a proximal, locked position; and a cannula comprising a distal tip, an elongated tubular shaft, and an inner lumen formed by the tubular shaft, wherein the cannula extends distally from the cannula hub; characterized in that the tubular shaft comprises a notch; the catheter assembly comprises a septum disposed within the lumen, wherein when the cannula hub is in the locked position, the notch is disposed within the septum thereby preventing fluid from leaking out of the notch into the lumen; the catheter assembly comprises a winged element coupled with the catheter adapter and comprising one or more wings, wherein when the cannula hub is in the unlocked position, a distal end of the cannula hub is disposed proximate the winged element. a catheter adapter comprising a distal end, a proximal end, and an inner surface forming a lumen, wherein the lumen extends between the proximal end and the distal end; a cannula hub, wherein the cannula hub is configured to slide with respect to the catheter adapter from a distal, unlocked position to a proximal, locked position; and a cannula comprising a distal tip, an elongated tubular shaft, and an inner lumen formed by the tubular shaft, wherein the cannula extends distally from the cannula hub; characterized in that the tubular shaft comprises a notch; the catheter assembly comprises a septum disposed within the lumen, wherein when the cannula hub is in the locked position, the notch is disposed within the septum thereby preventing fluid from leaking out of the notch into the lumen; the catheter assembly comprises a winged element coupled with the catheter adapter and comprising one or more wings, wherein when the cannula hub is in the unlocked position, a distal end of the cannula hub is disposed proximate the winged element.
An aqueous adhesive for an inorganic material comprising: - an adhesive improver comprising a copolymer containing an unsaturated (poly) carboxylic acid (anhydride) and a (meth) acrylic acid alkyl (2 to 30 alkyl carbon atoms) ester as a constituent monomer, - a saccharide selected from sugar alcohols and dextrin, - a polycarboxylic acid of 4 to 24 carbon atoms and - water. - an adhesive improver comprising a copolymer containing an unsaturated (poly) carboxylic acid (anhydride) and a (meth) acrylic acid alkyl (2 to 30 alkyl carbon atoms) ester as a constituent monomer, - a saccharide selected from sugar alcohols and dextrin, - a polycarboxylic acid of 4 to 24 carbon atoms and - water.
A method for reproducing, on a portable device, remotely-synthesized speech, the method comprising: receiving, at the portable device, slot information, wherein the slot information comprises at least one word synthesized in advance by a computing device remote from the portable device as part of a synchronisation process between the remote computing device and the portable device, wherein said slot information represents a speech representation of a defined data type in a user record on said computing device, said slot information being designed for inclusion at a predefined position within a carrier phrase; storing said slot information in a memory on the portable device; and reproducing said carrier phrase and said slot information as audible output for a user after the synchronisation process. receiving, at the portable device, slot information, wherein the slot information comprises at least one word synthesized in advance by a computing device remote from the portable device as part of a synchronisation process between the remote computing device and the portable device, wherein said slot information represents a speech representation of a defined data type in a user record on said computing device, said slot information being designed for inclusion at a predefined position within a carrier phrase; storing said slot information in a memory on the portable device; and reproducing said carrier phrase and said slot information as audible output for a user after the synchronisation process.
Refrigeration unit having at least one housing part which has at least one outer wall, wherein at least one receiving slot for receiving an electronic module is provided behind the outer wall in the housing part, the inlet opening of said receiving slot being accessible from an outer edge of the housing part, wherein the electronic module is inserted into the receiving slot with a proper fit in such a way that the front wall of the electronic module bears against the inside face of the outer wall and in its final insertion position the electronic module in the receiving slot is pressed against an inner wall of the outer wall embodied as a front panel in the area of its viewing window, characterised in that the outer wall is formed partially or in its entirety by means of a glass panel.
Washing machine for the washing of laundry, such as clothes and textiles, which washing machine comprises a housing, wherein the housing comprises: an inlet, for supplying washing water, an outlet, for disposal of washing water, and a pump, for pumping the washing water and air, wherein the housing comprises at least one, preferably a plurality of washing drawers, each washing drawer having a pair of conduits (4a, 5a) for fluid tight connection of a respective flexible washing compartment for washing laundry and arranged in the washing drawer, wherein each drawer of the housing is arranged to lead water from the inlet of the housing via a first conduit of said pair of conduits (4a, 5a) to the respective washing compartment arranged therein and, by means of the pump and a second conduit of said pair of conduits (4a, 5a), to pump air and water out from the respective flexible washing compartment in order to create a pressure difference inside the washing compartment with respect to the surrounding pressure and by that emptying the flexible washing compartment of washing water and air, wherein the flexible washing compartment comprises one upper flexible membrane provided on a lower membrane, which lower membrane is a flexible membrane, and wherein the at least one drawer is further provided with a non-flexible lower tray below the lower membrane, said lower tray being provided with laundry agitating means (14a, 14b) configured to raise up a central part of the flexible washing compartment. an inlet, for supplying washing water, an outlet, for disposal of washing water, and a pump, for pumping the washing water and air, wherein the housing comprises at least one, preferably a plurality of washing drawers, each washing drawer having a pair of conduits (4a, 5a) for fluid tight connection of a respective flexible washing compartment for washing laundry and arranged in the washing drawer, wherein each drawer of the housing is arranged to lead water from the inlet of the housing via a first conduit of said pair of conduits (4a, 5a) to the respective washing compartment arranged therein and, by means of the pump and a second conduit of said pair of conduits (4a, 5a), to pump air and water out from the respective flexible washing compartment in order to create a pressure difference inside the washing compartment with respect to the surrounding pressure and by that emptying the flexible washing compartment of washing water and air, wherein the flexible washing compartment comprises one upper flexible membrane provided on a lower membrane, which lower membrane is a flexible membrane, and wherein the at least one drawer is further provided with a non-flexible lower tray below the lower membrane, said lower tray being provided with laundry agitating means (14a, 14b) configured to raise up a central part of the flexible washing compartment.
Method for the secure transmission of an image stored in the memory of an identity document to a first terminal able to receive said image, said method being implemented by said identity document, characterized in that said method comprises: - receiving, from the first terminal, a request to read the image, - transmitting, to the first terminal, a request to read an attribute of said first terminal, said attribute being an identifier of said first terminal, - receiving the attribute transmitted by the first terminal, - generating a marker based on the attribute, the marker allowing a third party to identify the first terminal, - including said marker in the image, said inclusion modifying the visual appearance of said image or said inclusion comprising an imperceptible modification of said image performed using steganographic coding, and - transmitting the image, referred to as modified image, containing said marker to the first terminal. - receiving, from the first terminal, a request to read the image, - transmitting, to the first terminal, a request to read an attribute of said first terminal, said attribute being an identifier of said first terminal, - receiving the attribute transmitted by the first terminal, - generating a marker based on the attribute, the marker allowing a third party to identify the first terminal, - including said marker in the image, said inclusion modifying the visual appearance of said image or said inclusion comprising an imperceptible modification of said image performed using steganographic coding, and - transmitting the image, referred to as modified image, containing said marker to the first terminal.
A vehicle comprising a ramp system for the vehicle, the ramp system comprising: a ramp extension and storage mechanism (24, 30) configured to extend and store a ramp that enables a passenger to move into and out of the vehicle; an obstacle detection device configured to, when the vehicle is stopped at a predetermined place, detect whether an obstacle exists within a ramp extension area in which the ramp is to be extended; and a control device set to: upon determining that no obstacle exists within the ramp extension area based on a detection result of the obstacle detection device, cause the ramp extension and storage mechanism (24, 30) to extend the ramp; and upon determining that an obstacle exists within the ramp extension area based on the detection result of the obstacle detection device, cause the vehicle to move autonomously to a location in which no obstacle exists within the ramp extension area. a ramp extension and storage mechanism (24, 30) configured to extend and store a ramp that enables a passenger to move into and out of the vehicle; an obstacle detection device configured to, when the vehicle is stopped at a predetermined place, detect whether an obstacle exists within a ramp extension area in which the ramp is to be extended; and a control device set to: upon determining that no obstacle exists within the ramp extension area based on a detection result of the obstacle detection device, cause the ramp extension and storage mechanism (24, 30) to extend the ramp; and upon determining that an obstacle exists within the ramp extension area based on the detection result of the obstacle detection device, cause the vehicle to move autonomously to a location in which no obstacle exists within the ramp extension area. upon determining that no obstacle exists within the ramp extension area based on a detection result of the obstacle detection device, cause the ramp extension and storage mechanism (24, 30) to extend the ramp; and upon determining that an obstacle exists within the ramp extension area based on the detection result of the obstacle detection device, cause the vehicle to move autonomously to a location in which no obstacle exists within the ramp extension area.
Electric tool having an electric motor; an elongate housing in which the motor is accommodated and held; an electric line for supplying electrical power to the motor; a bushing fastened to the housing and surrounding the electric line; a bushing holding element that fastens the bushing to the housing; a filter element for filtering cooling air drawn into an interior of the housing by cooling-air openings; characterized in that the cooling-air openings are formed in the bushing holding element and the filter element is held on the bushing holding element, wherein the bushing holding element is configured and fastened to the housing such that the bushing holding element covers a subregion of the elongate housing that is open towards the rear in the longitudinal direction such that cooling air is allowed to flow into the housing in the region of a rear end face of the housing.
Refractory block sintered between 1,100°C and 1,700°C, based on silicon carbide (SiC) with a silicon nitride binder (Si 3 N 4), intended in particular for fabricating an aluminum electrolysis cell, characterized in that it includes an anti-corrosion agent chosen among boron, calcium and mixtures thereof, the total amount of calcium and boron being in the range 0.05% to 1.5%, the content of boron being of at least 0.05%, the Si 3 N 4 /SiC weight ratio being in the range 0.05 to 0.45, the porosity of said block being 10% or more, the percentage by weight of calcium being in the range 0.05% to 1.2%.
Centrifugal force pendulum device, comprising at least one pendulum mass carrier and at least one pendulum mass (2A, 2B) which is arranged thereon, which is received by means of at least one rolling element within raceways (6A, 6B, 7) which are formed by way of cut-outs in the pendulum mass carrier and the pendulum mass (2A, 2B), and can be moved to a limited extent radially and in the circumferential direction with respect to the pendulum mass carrier rolling element which engages through the pendulum mass (2A, 2B) and the pendulum mass carrier, the rolling element having a guide means (19, 20) which is configured in the gap between the pendulum mass (2A, 2B) and the pendulum mass carrier, means for the at least locally limited reduction of the gap distance between the pendulum mass (2A, 2B) and the pendulum mass carrier being provided outside the raceways (6A, 6B, 7) for the rolling element and outside that region of the gap between the pendulum mass (2A, 2B) and the pendulum mass carrier which is swept over by way of the guide means (19, 20) during a rolling movement of the rolling element, characterized in that the means for the at least locally limited reduction of the gap distance are arranged over the entire extent of the gap in the radial direction and in the circumferential direction outside the raceways (6A, 6B, 7) for the rolling element and outside that region between the pendulum mass (2A, 2B) and the pendulum mass carrier which is swept over by way of the guide means (19, 20) during a rolling movement of the rolling element.
A catheter system comprising: a catheter shaft having a proximal end and a distal end; a balloon positioned at said distal end of said catheter shaft, the balloon comprising a balloon proximal end and a balloon distal end; an internal core wire positioned internally along at least a portion of said catheter shaft; an external core wire positioned alongside said balloon and attached to said internal core wire; and a guidewire lumen, characterized by a distal short rail at a rotational distance from the external core wire, the external core wire being attached to said balloon distal end. a catheter shaft having a proximal end and a distal end; a balloon positioned at said distal end of said catheter shaft, the balloon comprising a balloon proximal end and a balloon distal end; an internal core wire positioned internally along at least a portion of said catheter shaft; an external core wire positioned alongside said balloon and attached to said internal core wire; and a guidewire lumen, a distal short rail at a rotational distance from the external core wire, the external core wire being attached to said balloon distal end.
An apparatus for determining an effective energy spectrum of an X-ray tube, comprising: - an input unit; and - a processing unit; wherein, the input unit is configured to provide the processing unit with a temporally varying acceleration voltage of an X-ray tube for a time period, wherein the temporally varying acceleration voltage is provided at a temporal sampling frequency configured to resolve at least some temporally varying voltage ripples; wherein, the input unit is configured to provide the processing unit with a temporally varying X-ray tube current for the time period, wherein the temporally varying X-ray tube current is provided at a temporal sampling frequency configured to resolve at least some temporally varying current ripples; wherein the temporally varying acceleration voltage and/or the temporally varying tube current is derived by the measurement of correlated quantities; wherein, the processing unit is configured to determine at least one product of the temporally varying X-ray tube current and a time interval; and wherein, the processing unit is configured to determine an effective energy spectrum of the X-ray tube as a function of the at least one product of the temporally varying X-ray tube current and the time interval and as a function of the temporally varying acceleration voltage of the X-ray tube. - an input unit; and - a processing unit; wherein, the input unit is configured to provide the processing unit with a temporally varying acceleration voltage of an X-ray tube for a time period, wherein the temporally varying acceleration voltage is provided at a temporal sampling frequency configured to resolve at least some temporally varying voltage ripples; wherein, the input unit is configured to provide the processing unit with a temporally varying X-ray tube current for the time period, wherein the temporally varying X-ray tube current is provided at a temporal sampling frequency configured to resolve at least some temporally varying current ripples; wherein the temporally varying acceleration voltage and/or the temporally varying tube current is derived by the measurement of correlated quantities; wherein, the processing unit is configured to determine at least one product of the temporally varying X-ray tube current and a time interval; and wherein, the processing unit is configured to determine an effective energy spectrum of the X-ray tube as a function of the at least one product of the temporally varying X-ray tube current and the time interval and as a function of the temporally varying acceleration voltage of the X-ray tube.
An article of footwear comprising: a sole structure; and an upper secured to the sole structure, the upper comprising a self-supporting embroidered structure including: a first crossing yarn extending in a first direction to define a first length, the first crossing yarn including a first strand and a second strand, the first and second strands being interlocked at selected locations along the first length; a second crossing yarn extending in a second direction to define a second length, the second crossing yarn including a first strand and a second strand, the first and second strands being interlocked at selected locations along the second length, wherein the first crossing yarn defines an innermost layer of the self-supporting structure, and wherein the first strand of the second crossing yarn passes over the first strand of the first crossing yarn, and wherein the second strand of the second crossing yarn passes over the second strand of the first crossing yarn such that the first crossing yarn is enclosed between the first strand of the second crossing yarn and the second strand of the second crossing yarn. a sole structure; and an upper secured to the sole structure, the upper comprising a self-supporting embroidered structure including: a first crossing yarn extending in a first direction to define a first length, the first crossing yarn including a first strand and a second strand, the first and second strands being interlocked at selected locations along the first length; a second crossing yarn extending in a second direction to define a second length, the second crossing yarn including a first strand and a second strand, the first and second strands being interlocked at selected locations along the second length, wherein the first crossing yarn defines an innermost layer of the self-supporting structure, and wherein the first strand of the second crossing yarn passes over the first strand of the first crossing yarn, and wherein the second strand of the second crossing yarn passes over the second strand of the first crossing yarn such that the first crossing yarn is enclosed between the first strand of the second crossing yarn and the second strand of the second crossing yarn. a first crossing yarn extending in a first direction to define a first length, the first crossing yarn including a first strand and a second strand, the first and second strands being interlocked at selected locations along the first length; a second crossing yarn extending in a second direction to define a second length, the second crossing yarn including a first strand and a second strand, the first and second strands being interlocked at selected locations along the second length, wherein the first crossing yarn defines an innermost layer of the self-supporting structure, and wherein the first strand of the second crossing yarn passes over the first strand of the first crossing yarn, and wherein the second strand of the second crossing yarn passes over the second strand of the first crossing yarn such that the first crossing yarn is enclosed between the first strand of the second crossing yarn and the second strand of the second crossing yarn.
A concentrated dairy liquid comprising: 7 to 9 percent total protein; 9 to 14 percent total fat; less than 1.5 percent lactose; and 0.1 to 1.5 percent added dairy minerals, wherein the concentrated dairy liquid comprises a ratio of protein to fat of 0.4 to 0.75, wherein the concentrated dairy liquid comprises whole milk; and wherein the concentrated dairy liquid has a mineral to protein ratio of at least two of the following: 0.0040 mg to 0.0043 mg potassium per mg protein; 0.0018 mg to 0.0025 mg magnesium per mg protein; 0.0347 mg to 0.0447 mg calcium per mg protein; and 0.0897 mg to 0.1045 mg phosphate per mg protein. 7 to 9 percent total protein; 9 to 14 percent total fat; less than 1.5 percent lactose; and 0.1 to 1.5 percent added dairy minerals, 0.0040 mg to 0.0043 mg potassium per mg protein; 0.0018 mg to 0.0025 mg magnesium per mg protein; 0.0347 mg to 0.0447 mg calcium per mg protein; and 0.0897 mg to 0.1045 mg phosphate per mg protein.
A seal device for welding two overlapping film sections to a welding jaw which comprises at least one pressure body and at least one heating element (03, 04), which is arranged on the pressure body on the side facing the film sections, and a resistance, said welding jaw being able to be moved towards and away from the resistance by means of a jaw drive while pressing the film sections, and a heating device, which comprises at least one laser source emitting laser beams and the heating element (03, 04), said heating element (03, 04) being able to absorb the laser beam and thus being able to be heated in a point of impact, said heating device comprising a plurality of laser sources, said points of impact of the respective laser beam being distributed on the heating element (03, 04) across the width of said heating element (03, 04), characterized in that the heating element (03, 04) comprises or forms an electric resistance heating element, said heating element (03, 04) being able to be heated to an elevated basic temperature between room temperature and a critical melting temperature of the overlapping film sections by means of the resistance heating element, said heating element being able to be heated at the corresponding point of impact from the basic temperature to the temperature required for welding by means of the laser beams.