mhurhangee/patent-ind-claim-en huggingface dataset:
A method for operating a connection module in a computer-aided installation of a machine , wherein the connection module is designed for a decentralized and modular connection of components of the machine , wherein the connection module is an electrical connection module which enables the components of the machine to be connected decentrally, the method comprising the following steps: Providing an installation function of the connection module for installing the machine , wherein the installation function initiates an output of an installation information for assisting an establishment of the connection of the components; Providing an operating function of the connection module for an operation of the installed machine , the operating function initiating an electrical output to the connected components; and Initiating an installation mode on the connection module , whereby the operating function is deactivated and the installation function is activated. Providing an installation function of the connection module for installing the machine , wherein the installation function initiates an output of an installation information for assisting an establishment of the connection of the components; Providing an operating function of the connection module for an operation of the installed machine , the operating function initiating an electrical output to the connected components; and Initiating an installation mode on the connection module , whereby the operating function is deactivated and the installation function is activated.
A system for pressure-assisted irreversible electroporation of tissue cells comprising: an electric pulse generator operative to apply electrical pulses to one or more electrodes placed near tissue cells to be treated; and a pressure source operative to apply non-heating pressure pulses to said tissue cells; and a controller in communication with said generator and said pressure source , which is operative to create a combination of electrical pulses through said one or more electrodes and pressure pulses from said pressure source such that the combination is sufficient to induce irreversible electroporation of said tissue cells, and characterised in that said electrical pulses without said pressure pulses are insufficient to induce irreversible electroporation of said tissue cells, and wherein the pressure waves are focused according to the shape of the treated tissue, the focal volume including spherical, ellipsoidal-like or generally elongated shapes. an electric pulse generator operative to apply electrical pulses to one or more electrodes placed near tissue cells to be treated; and a pressure source operative to apply non-heating pressure pulses to said tissue cells; and a controller in communication with said generator and said pressure source , which is operative to create a combination of electrical pulses through said one or more electrodes and pressure pulses from said pressure source such that the combination is sufficient to induce irreversible electroporation of said tissue cells, and characterised in that said electrical pulses without said pressure pulses are insufficient to induce irreversible electroporation of said tissue cells, and wherein the pressure waves are focused according to the shape of the treated tissue, the focal volume including spherical, ellipsoidal-like or generally elongated shapes.
Polyamide moulding compound comprising or consisting of components (A) to (D): (A) 55 to 97% by weight of at least one amorphous copolyamide formed from the monomers (a1) to (a4): (a1) 25 to 40% by mol of at least one acyclic, aliphatic diamine with 6 to 10 carbon atoms; (a2) 10 to 25% by mol of at least one cycloaliphatic diamine with 6 to 36 carbon atoms; (a3) 20 to 40% by mol of at least one aromatic dicarboxylic acid; (a4) 10 to 30% by mol of at least one acyclic, aliphatic dicarboxylic acid with 8 to 16 carbon atoms; the proportions of monomers (a1) and (a2) relating to the sum of the diamines used and adding up to 50% by mol, and the proportions of monomers (a3) and (a4) relating to the sum of the dicarboxylic acids used and adding up to 50% by mol; (B) 3 to 22% by weight of at least one functionalised styrene-butadiene-styrene triblock copolymer; (C) 0 to 15% by weight of at least one aliphatic, partially crystalline polyamide, selected from the group consisting of PA 6/12 and PA 612; and (D) 0 to 8% by weight of at least one additive; the quantity proportions of components (A) to (D) adding up to 100% by weight. (A) 55 to 97% by weight of at least one amorphous copolyamide formed from the monomers (a1) to (a4): (a1) 25 to 40% by mol of at least one acyclic, aliphatic diamine with 6 to 10 carbon atoms; (a2) 10 to 25% by mol of at least one cycloaliphatic diamine with 6 to 36 carbon atoms; (a3) 20 to 40% by mol of at least one aromatic dicarboxylic acid; (a4) 10 to 30% by mol of at least one acyclic, aliphatic dicarboxylic acid with 8 to 16 carbon atoms; the proportions of monomers (a1) and (a2) relating to the sum of the diamines used and adding up to 50% by mol, and the proportions of monomers (a3) and (a4) relating to the sum of the dicarboxylic acids used and adding up to 50% by mol; (a1) 25 to 40% by mol of at least one acyclic, aliphatic diamine with 6 to 10 carbon atoms; (a2) 10 to 25% by mol of at least one cycloaliphatic diamine with 6 to 36 carbon atoms; (a3) 20 to 40% by mol of at least one aromatic dicarboxylic acid; (a4) 10 to 30% by mol of at least one acyclic, aliphatic dicarboxylic acid with 8 to 16 carbon atoms; (B) 3 to 22% by weight of at least one functionalised styrene-butadiene-styrene triblock copolymer; (C) 0 to 15% by weight of at least one aliphatic, partially crystalline polyamide, selected from the group consisting of PA 6/12 and PA 612; and (D) 0 to 8% by weight of at least one additive;
A recording material for thermal printing methods comprising a carrier and a dye-absorbing layer equipped for the thermal dye transfer, characterised in that a barrier layer is arranged between the carrier and the dye-absorbing layer and the barrier layer contains gelatine and a polymer binder dispersible in water, wherein the gelatine and the polymer binder dispersible in water being cross-linked with one another, the mass ratio of gelatine to the binder dispersible in water is 80:20 to 40:60, the gelatine is a non-derivatised gelatine and the water-dispersible polymer binder is a polyester polyurethane copolymer.
An electronic panel comprising: a base substrate (BS) having a first area (HA), a second area (AA) adjacent to the first area, and a third area (NAA) adjacent to the second area (AA); a plurality of sensing electrodes (TE1, TE2) in the second area (AA); a plurality of sensing lines (TL1, TL2, TL3) in the third area and electrically connected to the plurality of sensing electrodes (TE1, TE2); a crack sensing pattern (HCP) in the first area and spaced apart from the plurality of sensing electrodes (TE1, TE2); a crack sensing line (HCL) in the third area and spaced apart from the plurality of sensing lines (TL1, TL2, TL3); and a connection line (HCB) comprising a floating portion (FL) connecting the crack sensing pattern (HCP) to the crack sensing line (HCL) via the second area, and wherein the floating portion (FL) is in the same layer as the crack sensing pattern (HCP) and is spaced apart from the plurality of sensing electrodes (TE1, TE2). a base substrate (BS) having a first area (HA), a second area (AA) adjacent to the first area, and a third area (NAA) adjacent to the second area (AA); a plurality of sensing electrodes (TE1, TE2) in the second area (AA); a plurality of sensing lines (TL1, TL2, TL3) in the third area and electrically connected to the plurality of sensing electrodes (TE1, TE2); a crack sensing pattern (HCP) in the first area and spaced apart from the plurality of sensing electrodes (TE1, TE2); a crack sensing line (HCL) in the third area and spaced apart from the plurality of sensing lines (TL1, TL2, TL3); and a connection line (HCB) comprising a floating portion (FL) connecting the crack sensing pattern (HCP) to the crack sensing line (HCL) via the second area, and wherein the floating portion (FL) is in the same layer as the crack sensing pattern (HCP) and is spaced apart from the plurality of sensing electrodes (TE1, TE2).
An indicator for confirming successful ethylene oxide (EtO) exposure wherein said exposure results in elimination of viable microorganisms or removal of contaminating nucleic acid, said indicator comprises a solid support comprises one or more nucleic acid stabilisation chemicals comprising a chaotrope, and is treated with a dye wherein the dye forms a chemical bond with the solid support, and wherein the dye is selected from the group comprising Bromophenol red, Bromothymol blue, Bromoxylenol blue, Chlorophenol red, m-Cresol purple, Cresol red, Neutral red, Rosolic acid and ruthenium red.
Implement comprising a housing part and a stud bolt , screwed into said housing part, for fastening a tool to the housing part , wherein the implement is a motor-driven chainsaw, wherein the tool is a guide bar with a saw chain , wherein the stud bolt forms a guide element for the guide bar, wherein the stud bolt extends along an axial direction , wherein the stud bolt has a first portion and a second portion in the axial direction , wherein the axial direction extends in the direction from the first portion to the second portion , wherein the first portion is arranged at least partially in a receptacle of the housing part , wherein the second portion projects from the housing part in the axial direction , wherein, in a first sub-portion , the first portion of the stud bolt has an external thread which, for transmission of longitudinal forces (L), is screwed into an internal thread of the receptacle of the housing part , characterized in that , in a second sub-portion , the first portion of the stud bolt has a supporting region for transmission of transverse forces (Q) to the housing part , which supporting region is supported at least indirectly against the receptacle , and in that the supporting region is arranged at a distance (a1) from the threaded connection of external thread and internal thread in the axial direction .
Pipe sleeve , in particular for a pressureless pipe system, comprising - a cylindrical base body with an opening on the front side for inserting a pipe, - and an elastic sealing means , - wherein the sealing means comprises a sealing ring arranged in the base body and an annular sealing lip directed inwards from the sealing ring , wherein the sealing ring is made in one piece with the sealing lip , - wherein the side of the sealing means facing the opening of the base body is defined as inserting side , - characterised in that the sealing means comprises at its inserting side a plurality of dirt pockets , which are distributed along the circumference of the sealing means , - and that the sealing lip comprises at the inserting side a chamfer slope , which merges into a sealing surface of the sealing lip , wherein the dirt pockets are positioned in the chamfer slope but not in the sealing surface . - a cylindrical base body with an opening on the front side for inserting a pipe, - and an elastic sealing means , - wherein the sealing means comprises a sealing ring arranged in the base body and an annular sealing lip directed inwards from the sealing ring , wherein the sealing ring is made in one piece with the sealing lip , - wherein the side of the sealing means facing the opening of the base body is defined as inserting side , - characterised in that the sealing means comprises at its inserting side a plurality of dirt pockets , which are distributed along the circumference of the sealing means , - and that the sealing lip comprises at the inserting side a chamfer slope , which merges into a sealing surface of the sealing lip , wherein the dirt pockets are positioned in the chamfer slope but not in the sealing surface .
A display device, comprising: a first substrate ; at least a first wavelength conversion layer (WC_G) and a second wavelength conversion layer (WC_R) disposed on the first substrate and spaced apart from each other; a first polarization layer (POL2) disposed on the first wavelength conversion layer (WC_G) and the second wavelength conversion layer (WC_R), the first polarization layer (POL2) comprising a first reflection portion (RP2) and a first transmitting portion (TP2), and a backlight unit (BLU) configured to provide blue light to the first substrate a light-transmitting layer disposed on the first substrate adjacent to the second wavelength conversion layer (WC_R), wherein the light-transmitting layer is configured to transmit the blue light incident thereto and to emit the blue light, wherein a wavelength of the blue light incident onto the light-transmitting layer is the same as a wavelength of the blue light passing through the light-transmitting layer, and wherein the first reflection portion (RP2) overlaps a gap formed between the first wavelength conversion layer (WC_G) and the second wavelength conversion layer (WC_R), characterized in that the thickness (d1) of the first wavelength conversion layer (WC_G) is different from the thickness (d2) of the second wavelength conversion layer (WC_R). a first substrate ; at least a first wavelength conversion layer (WC_G) and a second wavelength conversion layer (WC_R) disposed on the first substrate and spaced apart from each other; a first polarization layer (POL2) disposed on the first wavelength conversion layer (WC_G) and the second wavelength conversion layer (WC_R), the first polarization layer (POL2) comprising a first reflection portion (RP2) and a first transmitting portion (TP2), and a backlight unit (BLU) configured to provide blue light to the first substrate a light-transmitting layer disposed on the first substrate adjacent to the second wavelength conversion layer (WC_R), wherein the light-transmitting layer is configured to transmit the blue light incident thereto and to emit the blue light, wherein a wavelength of the blue light incident onto the light-transmitting layer is the same as a wavelength of the blue light passing through the light-transmitting layer, and wherein the first reflection portion (RP2) overlaps a gap formed between the first wavelength conversion layer (WC_G) and the second wavelength conversion layer (WC_R), characterized in that the thickness (d1) of the first wavelength conversion layer (WC_G) is different from the thickness (d2) of the second wavelength conversion layer (WC_R).
A method of making a first article comprising a functionalized substrate, the method comprising: providing a solid polymeric substrate; generating free radicals on a surface of the solid polymeric substrate to form a treated substrate; and reacting the free radicals of the treated substrate with a fluid comprising a thiocarbonylthio-containing compound to covalently bond a plurality of thiocarbonylthio-containing groups directly to carbon atoms in a polymeric backbone of the solid polymeric substrate and forming the functionalized substrate. providing a solid polymeric substrate; generating free radicals on a surface of the solid polymeric substrate to form a treated substrate; and reacting the free radicals of the treated substrate with a fluid comprising a thiocarbonylthio-containing compound to covalently bond a plurality of thiocarbonylthio-containing groups directly to carbon atoms in a polymeric backbone of the solid polymeric substrate and forming the functionalized substrate.
A method performed by a user equipment ; comprising: receiving a message identifying one or more basic service sets or cellular data links to which the user equipment is potentially capable of a transfer; for each basic service set or cellular data link, determining from the message whether the respective basic service set or cellular data link is a candidate to permit an internet protocol, IP, address of the user equipment to be preserved following the transfer, wherein the message includes an indication associated with each respective basic service set or cellular data link to identify whether the IP address of the user equipment is a candidate to be preserved following the transfer thereto; identifying the basic service set or the cellular data link to which the user equipment is to transfer based at least partially upon whether the IP address of the user equipment is a candidate to be preserved following the transfer to the basic service set or the cellular data link; characterized in that the message comprises a frame that includes an information field having a mobility domain subfield that provides: (i) an indication as to whether the basic service set or the cellular data link with which the information field is associated and the basic service set or cellular data link with which the user equipment is currently associated are within a same mobility domain and (ii) an indication to identify whether the IP address of the user equipment is a candidate to be preserved following the transfer to the basic service set or cellular data link with which the information field is associated. receiving a message identifying one or more basic service sets or cellular data links to which the user equipment is potentially capable of a transfer; for each basic service set or cellular data link, determining from the message whether the respective basic service set or cellular data link is a candidate to permit an internet protocol, IP, address of the user equipment to be preserved following the transfer, wherein the message includes an indication associated with each respective basic service set or cellular data link to identify whether the IP address of the user equipment is a candidate to be preserved following the transfer thereto; identifying the basic service set or the cellular data link to which the user equipment is to transfer based at least partially upon whether the IP address of the user equipment is a candidate to be preserved following the transfer to the basic service set or the cellular data link; characterized in that the message comprises a frame that includes an information field having a mobility domain subfield that provides: (i) an indication as to whether the basic service set or the cellular data link with which the information field is associated and the basic service set or cellular data link with which the user equipment is currently associated are within a same mobility domain and (ii) an indication to identify whether the IP address of the user equipment is a candidate to be preserved following the transfer to the basic service set or cellular data link with which the information field is associated.
Occlusion checking system , wherein the occlusion checking system comprising a data-processing and control device , on which dimensional data of a digital dental model , which has an upper jaw model and a lower jaw model , are stored, a physical representative model , which is coupled by at least one data and/or signal transmission medium to the data-processing and control device and which has an upper jaw representative model and a lower jaw representative model mechanically coupled thereto, which models can be moved manually in translation and rotationally relative to one another in an adjustment plane, and at least one detection device , which is coupled to the data-processing and control device and by means of which positional changes of the upper jaw representative model and the lower jaw representative model can be detected, characterized in that at least three spacer elements are provided between the upper jaw representative model and the lower jaw representative model , which spacer elements define the adjustment plane between the upper jaw representative model and the lower jaw representative model , and of which the length can be adjusted by controlling the data-processing and control device on the basis of a relative position between the upper jaw model and the lower jaw model calculated by the data-processing and control device from position changes of the upper jaw representative model and the lower jaw representative model , and which, as a result of this length adjustment, change a relative position between the upper jaw representative model and the lower jaw representative model .
An air-conditioning apparatus including a refrigeration cycle configured by connecting a load-side heat exchanger , a load-side expansion device , a heat-source-side heat exchanger and a compressor and by causing refrigerant to circulate through a refrigerant circuit including the load-side heat exchanger , the load-side expansion device , the heat-source-side heat exchanger , and the compressor , the air-conditioning apparatus comprising a controller configured to control an opening degree of the load-side expansion device and an operation capacity of the compressor , wherein the controller is configured to, during a heating operation, control an operation capacity of the compressor so that pressure of the refrigerant at an outlet of the compressor becomes equal to a target pressure, in a case where an operation capacity of the compressor is approximately at a maximum value of the operation capacity of the compressor and a condensing temperature of the load-side heat exchanger is equal to or larger than a target temperature, control an opening degree of the load-side expansion device so that a degree of subcooling of the refrigerant at an outlet of the load-side heat exchanger becomes equal to a target degree of subcooling, and in a case where an operation capacity of the compressor is approximately at a maximum value of the operation capacity of the compressor and a condensing temperature of the load-side heat exchanger is lower than a target temperature, control an opening degree of the load-side expansion device , based on a discharge pressure of the compressor , so that the pressure of the refrigerant at the outlet of the compressor becomes equal to a target pressure. control an operation capacity of the compressor so that pressure of the refrigerant at an outlet of the compressor becomes equal to a target pressure, in a case where an operation capacity of the compressor is approximately at a maximum value of the operation capacity of the compressor and a condensing temperature of the load-side heat exchanger is equal to or larger than a target temperature, control an opening degree of the load-side expansion device so that a degree of subcooling of the refrigerant at an outlet of the load-side heat exchanger becomes equal to a target degree of subcooling, and in a case where an operation capacity of the compressor is approximately at a maximum value of the operation capacity of the compressor and a condensing temperature of the load-side heat exchanger is lower than a target temperature, control an opening degree of the load-side expansion device , based on a discharge pressure of the compressor , so that the pressure of the refrigerant at the outlet of the compressor becomes equal to a target pressure.
Screen unit for a printing device for printing three-dimensionally-shaped structures - in particular, on substrates, printed circuit boards, wafers, solar cells, carrier substrates, printing tables, carrier plates, sintering plates or the like - wherein the screen unit has a frame holding at least one printing screen and is designed to be accommodated in a screen receptacle of the printing device , to be filled with a printing compound, and to be subjected to the action of a squeegee for carrying out a printing process, characterized in that the screen unit has the squeegee and, in or on the frame , at least one holding device for the squeegee , which is in the form of an exchangeable squeegee, that the squeegee has a holding section and a squeegee section , wherein the holding device is designed to hold the squeegee only at the holding section , and that the holding device has a recess in which the squeegee section can be arranged without contact.