mhurhangee/ep-ind-claims huggingface dataset:
A home appliance comprising: an electrical equipment compartment recessed downward from a top surface of the home appliance; an electrical equipment compartment cover covering the electrical equipment compartment; a microphone accommodating portion protruding upward from the electrical equipment compartment cover to form a space inside the microphone accommodating portion, and having a front portion that faces forward and includes a first microphone hole and a second microphone hole; and a printed circuit board accommodated in the space inside the microphone accommodating portion, and comprising a first microphone chip having a sensing portion and a second microphone chip having a sensing portion, wherein the first microphone chip and the second microphone chip are laterally spaced apart from each other, the first microphone chip is aligned with the first microphone hole so that speech transmitted from outside of the home appliance through the first microphone hole is detectable via the sensing portion of the first microphone chip, and the second microphone chip is aligned with the second microphone hole so that speech transmitted from outside of the home appliance through the second microphone hole is detectable via the sensing portion of the second microphone chip. an electrical equipment compartment recessed downward from a top surface of the home appliance; an electrical equipment compartment cover covering the electrical equipment compartment; a microphone accommodating portion protruding upward from the electrical equipment compartment cover to form a space inside the microphone accommodating portion, and having a front portion that faces forward and includes a first microphone hole and a second microphone hole; and a printed circuit board accommodated in the space inside the microphone accommodating portion, and comprising a first microphone chip having a sensing portion and a second microphone chip having a sensing portion, wherein the first microphone chip and the second microphone chip are laterally spaced apart from each other, the first microphone chip is aligned with the first microphone hole so that speech transmitted from outside of the home appliance through the first microphone hole is detectable via the sensing portion of the first microphone chip, and the second microphone chip is aligned with the second microphone hole so that speech transmitted from outside of the home appliance through the second microphone hole is detectable via the sensing portion of the second microphone chip.
Process for catalytically hydrogenating alkyl esters, cycloalkyl esters and alcoxyalkyl esters of aromatic polycarboxylic acids to give the corresponding alicyclic polycarboxylic acid compounds, wherein the alcohol components of the esters are alkoxyalkyl groups, cycloalkyl groups, and/or alkyl groups having from 3 to 15 carbon atoms, branched or unbranched, and identical or different in each instance, using hydrogencontaining gases over a catalyst which comprises at least one metal of the eighth transition group of the periodic table on or in a support material, characterized in that the support material has an average pore diameter of from 25 to 50 nm and a specific surface area greater than 30 m 2 /g, and over 90% of the total pore volume of the support materials is made up by meso- and micropores with a diameter of from 0.1 to 50 nm.
A crimping tool configured to create a mechanical and electrical connection between a first cable element (190, 490b, 490c) and a second cable element (190, 490b, 490c), wherein the second cable element comprises an electrical conductor or a wire, said crimping tool comprising; a tool body comprising; a first attachment point; a second attachment point; a first guidance element arranged at a first distance from said first attachment point and said second attachment point; and a second guidance element arranged at a second distance from said first guidance element, wherein said first attachment point and said second attachment point are arranged on a first side of said first guidance element and said second guidance element; characterized in that: a flexible cable comprising; a first end part removably attached to said first attachment point; a second end part removably attached to said second attachment point, wherein said flexible cable engages said first guidance element and said second guidance element, and wherein said flexible cable extends from said first attachment point to said second attachment point such that a loop is formed on a second side of said first guidance element and said second guidance element opposite said first side; and a powering unit configured to increase said first distance so that a diameter of said loop decreases. a first attachment point; a second attachment point; a first guidance element arranged at a first distance from said first attachment point and said second attachment point; and a second guidance element arranged at a second distance from said first guidance element, wherein said first attachment point and said second attachment point are arranged on a first side of said first guidance element and said second guidance element; a flexible cable comprising; a first end part removably attached to said first attachment point; a second end part removably attached to said second attachment point, wherein said flexible cable engages said first guidance element and said second guidance element, and wherein said flexible cable extends from said first attachment point to said second attachment point such that a loop is formed on a second side of said first guidance element and said second guidance element opposite said first side; and a first end part removably attached to said first attachment point; a second end part removably attached to said second attachment point, wherein said flexible cable engages said first guidance element and said second guidance element, and wherein said flexible cable extends from said first attachment point to said second attachment point such that a loop is formed on a second side of said first guidance element and said second guidance element opposite said first side; and a powering unit configured to increase said first distance so that a diameter of said loop decreases.
An industrial process of fabricating a readily dissolvable cartridge complex comprises: (a) preparing an effervescent material readily dissolvable in an aqueous solution; (b) forming at least one segment of a segmental scaffolding from said effervescent material comprising: forming at least on radial partition of said at least one segment of said segmental scaffolding, extending about said longitudinal centerline of said dissolvable cartridge complex; forming a plurality of axial partitions within said at least one segment of said segmental scaffolding, extending transversally to and along said longitudinal centerline of said dissolvable cartridge complex; forming a plurality of compartments formed in-between said axial partitions, in each one of said plurality of said segments of said segmental scaffolding; (c) preparing a payload substance; (d) forming a plurality of structured payload substance pellets; (e) accommodating said structured payload substance pellets in said compartments of said segmental scaffolding; (f) compressing at least one segment of said segmental scaffolding of said readily dissolvable cartridge complex; (g) iteratively forming a plurality of segments of said readily dissolvable cartridge complex separated by said radial partitions. (a) preparing an effervescent material readily dissolvable in an aqueous solution; (b) forming at least one segment of a segmental scaffolding from said effervescent material comprising: forming at least on radial partition of said at least one segment of said segmental scaffolding, extending about said longitudinal centerline of said dissolvable cartridge complex; forming a plurality of axial partitions within said at least one segment of said segmental scaffolding, extending transversally to and along said longitudinal centerline of said dissolvable cartridge complex; forming a plurality of compartments formed in-between said axial partitions, in each one of said plurality of said segments of said segmental scaffolding; forming at least on radial partition of said at least one segment of said segmental scaffolding, extending about said longitudinal centerline of said dissolvable cartridge complex; forming a plurality of axial partitions within said at least one segment of said segmental scaffolding, extending transversally to and along said longitudinal centerline of said dissolvable cartridge complex; forming a plurality of compartments formed in-between said axial partitions, in each one of said plurality of said segments of said segmental scaffolding; (c) preparing a payload substance; (d) forming a plurality of structured payload substance pellets; (e) accommodating said structured payload substance pellets in said compartments of said segmental scaffolding; (f) compressing at least one segment of said segmental scaffolding of said readily dissolvable cartridge complex; (g) iteratively forming a plurality of segments of said readily dissolvable cartridge complex separated by said radial partitions.
A method, performed in a User Equipment, UE, for facilitating the establishing of a UE beam configuration for the selective enhancement of radio signals received or transmitted by the UE, the method comprising: receiving identification of a plurality of reference signals, and additionally; receiving from a Transmission Point of a wireless network a flag that the plurality of identified reference signals have the same beam configuration, and wherein the reference signal comprises a Channel State Information Reference Signal, CSI-RS; and receiving the plurality of identified reference signals from a Transmission Point of the wireless network. receiving identification of a plurality of reference signals, and additionally; receiving from a Transmission Point of a wireless network a flag that the plurality of identified reference signals have the same beam configuration, and wherein the reference signal comprises a Channel State Information Reference Signal, CSI-RS; and
A double stranded RNA comprising a first RNA sequence and a second RNA sequence wherein the first and second RNA sequence are substantially complementary, wherein the first RNA sequence has a sequence length of at least 19 nucleotides and is complementary to SEQ ID NO. 1, wherein the first RNA sequence is selected from the group consisting of SEQ ID NO.3, SEQ ID NO.4, SEQ ID NO.5, SEQ ID NO.6, and SEQ ID NO.7, and wherein said double stranded RNA is capable of reducing huntingtin gene expression.
Device for laying and aligning a cover, fed by a transport system of a cover feeder station, on a printing substrate block, provided with an adhesive coating, which is moved in a transport direction by a book block transport system, with a pressing bench which can be moved in a vertical and horizontal direction, with a substantially horizontal pressing surface of a cover laying and pressing station, wherein the transport systems (33, 35) are driven by means of individual drives, characterised in that the pressing bench is equipped with a driver lug which projects beyond the pressing surface.
Use of a gas diffusion layer member in a solid polymer type fuel cell using hydrogen as a fuel gas, the gas diffusion layer member comprising a sheet-shaped gas permeable conductive base material having a thickness of 100 to 250 μm in range, and wherein a microporous layer, MPL, is further stacked, said MPL being a humidity adjusting film including a conductive carbon powder and polytetrafluoroethylene, characterized in that the gas diffusion layer member has a moisture vapor transmission rate by the measurement method defined in Japan Industrial Standard JIS L 1099:2006 of 1300 to 2000 g/m 2 /h in range, wherein said gas permeable conductive base material has a density of 0.22 to 0.40 g/cm 3 in range.
A remote control unit for controlling a set of light sources (2a, 2b, 2c), comprising an image sensor arranged to capture at least one image and to detect coded light in said at least one image; a user interface arranged to receive user input; and a processing unit, the processing unit being characterized by being arranged to: determine a region and/or object in an image captured by the image sensor; by virtue of said detected coded light, identify a set of light sources emitting said detected coded light which are illuminating said region and/or object, each light source having one or more light settings; receive an input signal based on a user input received at the user interface, said input signal relating to updated light settings of said set of light sources, the input signal setting an overall light effect affecting the determined region and/or object; and a transmitter arranged to transmit a control signal corresponding to said updated light settings to said set of light sources. determine a region and/or object in an image captured by the image sensor; by virtue of said detected coded light, identify a set of light sources emitting said detected coded light which are illuminating said region and/or object, each light source having one or more light settings; receive an input signal based on a user input received at the user interface, said input signal relating to updated light settings of said set of light sources, the input signal setting an overall light effect affecting the determined region and/or object; and
A wall construction with a light passage region and with a wall region which confines the light passage region, comprising - a sub-construction with a panelling, - a pane composite which is inserted into the sub-construction in the light passage region of the wall construction, with at least two outer panes, with at least one spacer which connects the outer panes to one another, and with at least one holding portion, o wherein the pane composite is arranged essentially flush-mounted with the panelling of the sub-construction, wherein the at least one holding portion projects into the wall region and is fixable in the wall region, characterised in that the at least one holding portion is formed by an intermediate pane and the outer panes are each connected with a spacer to the intermediate pane. - a sub-construction with a panelling, - a pane composite which is inserted into the sub-construction in the light passage region of the wall construction, with at least two outer panes, with at least one spacer which connects the outer panes to one another, and with at least one holding portion, o wherein the pane composite is arranged essentially flush-mounted with the panelling of the sub-construction, o wherein the pane composite is arranged essentially flush-mounted with the panelling of the sub-construction,
A valve (201; 301) for use with a fluid having an inner space and walls partly enclosing the inner space, wherein the inner space (204; 304) has a smaller first end (205; 305) and an opposing larger second end (215; 315; 615; 715), wherein the first end (205; 305) has an opening with a width, if no pressure is applied to the valve (201; 301), wherein the inner space (204; 304) forms an opening through the valve (201; 301), characterised in that the width, with increasing pressure in the blocking direction of the valve, remains smaller than or equal to two times the surface tension of the fluid divided by the pressure difference across the valve.
Method for enabling a broadcast/cellular device when it roams within an area covered by a visited cellular network to access packet mobile digital broadcast services offered by a visited cellular operator of said visited cellular network, the method comprising: a') storing in a storage area a plurality of first identifiers identifying a corresponding plurality of cellular operators of visited cellular networks, each first identifier being associated with a respective second identifier identifying packet mobile digital broadcast services offered by the corresponding visited cellular operator; a) when said broadcast/cellular device roams into said visited cellular network, obtaining a first identifier identifying the visited cellular operator; b) accessing said storage area in order to retrieve a second identifier identifying and enabling access to the packet mobile digital broadcast services offered by the visited cellular operator, based on the first identifier obtained in a), and b') using said second identifier retrieved in b) for identifying, among data flows reaching said broadcast/cellular device, the packet mobile digital broadcast services offered by said visited cellular operator identified by said first identifier and for providing a user of said broadcast/cellular device with an electronic service guide comprising and showing a list of said packet mobile digital broadcast services offered by said visited cellular operator. a') storing in a storage area a plurality of first identifiers identifying a corresponding plurality of cellular operators of visited cellular networks, each first identifier being associated with a respective second identifier identifying packet mobile digital broadcast services offered by the corresponding visited cellular operator; a) when said broadcast/cellular device roams into said visited cellular network, obtaining a first identifier identifying the visited cellular operator; b) accessing said storage area in order to retrieve a second identifier identifying and enabling access to the packet mobile digital broadcast services offered by the visited cellular operator, based on the first identifier obtained in a), and b') using said second identifier retrieved in b) for identifying, among data flows reaching said broadcast/cellular device, the packet mobile digital broadcast services offered by said visited cellular operator identified by said first identifier and for providing a user of said broadcast/cellular device with an electronic service guide comprising and showing a list of said packet mobile digital broadcast services offered by said visited cellular operator.
A connector configured to be comprised by a teatcup to be attached to a teat of animal to be milked, the connector being configured to connect a milk conduit to a cartridge comprising a sleeve, having a first end and a second end, and a teatcup liner mounted in the sleeve and having a inner space for receiving said teat, wherein the connector comprises a casing, which defines a longitudinal centre axis (x) and encloses a connection space, wherein the casing has an inner surface facing the connection space, and wherein the casing comprises an inlet opening for the cartridge to the connection space, and an outlet opening for the milk conduit, wherein locking means is provided on the inner surface of the casing and configured to permit locking of the cartridge in the connector, characterized in that the connector comprises an outer shell extending beyond the inlet opening of the casing, wherein said outer shell is configured to protect the cartridge located inside the outer shell when the cartridge is mounted in the connector.
An apparatus for determining an abnormal status of a wireless power transmission coil, the apparatus comprising: an input-current sensor configured to detect an input current, the input-current sensor being provided at an input side of a power transmission coil; an output-current sensor configured to detect an output current, the output-current sensor being provided at an output side of the transmission coil; and a controller configured to compare each of the input current and the output current with a predetermined threshold value corresponding thereto to determine whether a disconnection or a short circuit occurs in the transmission coil, characterised in that the controller is configured to determine that a disconnection occurs in the transmission coil when the input current is less than a disconnection input threshold value and the output current is less than a disconnection output threshold value and the controller is configured to determine that a short circuit occurs in the transmission coil when the input current is greater than a short-circuit input threshold value and the output current is less than a short-circuit output threshold value. an input-current sensor configured to detect an input current, the input-current sensor being provided at an input side of a power transmission coil; an output-current sensor configured to detect an output current, the output-current sensor being provided at an output side of the transmission coil; and a controller configured to compare each of the input current and the output current with a predetermined threshold value corresponding thereto to determine whether a disconnection or a short circuit occurs in the transmission coil, characterised in that the controller is configured to determine that a disconnection occurs in the transmission coil when the input current is less than a disconnection input threshold value and the output current is less than a disconnection output threshold value and the controller is configured to determine that a short circuit occurs in the transmission coil when the input current is greater than a short-circuit input threshold value and the output current is less than a short-circuit output threshold value.
An organic light emitting device comprising at least three sub organic light emitting devices, the sub organic light emitting devices comprising: a first light emitting unit including a first organic light emitting layer, a charge generating layer, and a second light unit including a second organic light emitting layer, wherein one of the first organic light emitting layer and the second organic light emitting layer includes a main dopant material, and the other one of the first organic light emitting layer and the second organic light emitting layer includes an auxiliary dopant material emitting the same colored light as that of the main dopant material, and wherein a wavelength difference between a photoluminescence peak of the main dopant material and a photoluminescence peak of the auxiliary dopant material is more than 0 nm and less than or equal to 15 nm, wherein the sub organic light emitting devices include: a red sub organic light emitting device with the main dopant material and the auxiliary dopant material being configured to emit red light; a green sub organic light emitting device with the main dopant material and the auxiliary dopant material being configured to emit green light; and a blue sub organic light emitting device with the main dopant material and the auxiliary dopant material being configured to emit blue light, characterized in that absolute values of the wavelength differences X R, X G, and X B between a photoluminescence peak of the main dopant material and that of the auxiliary dopant material of the red, green and blue sub organic light emitting devices satisfy: X R > X G > X B. a first light emitting unit including a first organic light emitting layer, a charge generating layer, and a second light unit including a second organic light emitting layer, wherein one of the first organic light emitting layer and the second organic light emitting layer includes a main dopant material, and the other one of the first organic light emitting layer and the second organic light emitting layer includes an auxiliary dopant material emitting the same colored light as that of the main dopant material, and wherein a wavelength difference between a photoluminescence peak of the main dopant material and a photoluminescence peak of the auxiliary dopant material is more than 0 nm and less than or equal to 15 nm, a red sub organic light emitting device with the main dopant material and the auxiliary dopant material being configured to emit red light; a green sub organic light emitting device with the main dopant material and the auxiliary dopant material being configured to emit green light; and a blue sub organic light emitting device with the main dopant material and the auxiliary dopant material being configured to emit blue light,