mhurhangee/patent-ind-claim-en huggingface dataset:
A production monitoring system for a component mounting line on which a plurality of devices are disposed along a conveyance line which is suitable for producing an electronic component mounted board having a mounted electronic component, and in which the plurality of devices perform a plurality of processes for producing the board in an order, the system comprising: a product inspection device that inspects the electronic component mounted board produced in the component mounting line ; and production monitoring means for specifying a device in which waste occurs, and stopping the conveyance line conveying a printed circuit board on an upstream side of the specified device when the defect of the electronic component mounted board is detected by the product inspection device ; characterized in that the production monitoring means stops the conveyance line conveying a printed circuit board on a downstream side of a device in which waste occurs and performs an instruction to a worker with display and/or sound so as to withdraw the printed circuit board on the conveyance line on the downstream side, when the defect of the electronic component mounted board is detected by the product inspection device . a product inspection device that inspects the electronic component mounted board produced in the component mounting line ; and production monitoring means for specifying a device in which waste occurs, and stopping the conveyance line conveying a printed circuit board on an upstream side of the specified device when the defect of the electronic component mounted board is detected by the product inspection device ; characterized in that the production monitoring means stops the conveyance line conveying a printed circuit board on a downstream side of a device in which waste occurs and performs an instruction to a worker with display and/or sound so as to withdraw the printed circuit board on the conveyance line on the downstream side, when the defect of the electronic component mounted board is detected by the product inspection device .
A delivery system comprising: an implantable medical device ; and a removable constraint arranged about and configured to releasably constrain the implantable medical device , the removable constraint including at least two interlocking strands including a first interlocking strand having a different strand property than a second interlocking strand , wherein the first interlocking strand comprises a deployment line configured to release the removeable constraint in response to a force applied to the deployment line , characterized in that the different strand property comprises strand thickness. an implantable medical device ; and a removable constraint arranged about and configured to releasably constrain the implantable medical device , the removable constraint including at least two interlocking strands including a first interlocking strand having a different strand property than a second interlocking strand , wherein the first interlocking strand comprises a deployment line configured to release the removeable constraint in response to a force applied to the deployment line , characterized in that the different strand property comprises strand thickness.
A ligating clip for a self-ligating orthodontic bracket , comprising: - a labial arm having a free end and a further end - a lingual arm having a free end and a further end - a connecting arm connected to the further ends of the labial arm and the lingual arm the labial arm , the connecting arm and the lingual arm each having a distal side and a mesial side, the labial arm and the lingual arm extending generally in a gingival-occlusal direction and the connecting arm extending generally in a lingual-labial direction - a locking element in form of a hook arranged at the free end of the lingual arm , the hook protruding in a lingual-labial direction characterized in that at least one cutout is arranged at the free end of the lingual arm , the at least one cutout being open at either the distal or the mesial side of the lingual arm . - a labial arm having a free end and a further end - a lingual arm having a free end and a further end - a connecting arm connected to the further ends of the labial arm and the lingual arm - a locking element in form of a hook arranged at the free end of the lingual arm , the hook protruding in a lingual-labial direction
A method of reversibly binding polypeptides to a solid phase comprising a hydrophilic surface, wherein the solid phase consists of paramagnetic microbeads or microparticles and wherein the method is carried out in a single tube, comprising the step of: contacting said solid phase with a solution containing said polypeptides and a dehydration solution and/or a precipitation solution, wherein (i) the dehydration solution comprises a polar organic solvent selected from acetonitrile, acetone and alcohol and/or a hygroscopic polymer, said hygroscopic polymer being polyethylene glycol; and/or (ii) the precipitation solution comprises ions of high ionic strength selected from the group consisting of ammonium, potassium, sodium, fluoride, sulphate, hydrogen phosphate, acetate, chloride, and combinations thereof, wherein said hydrophilic surface further comprises a negatively charged moiety selected from the group consisting of a carboxylic acid moiety, a silica moiety, a sulphate moiety, and a phosphate moiety. contacting said solid phase with a solution containing said polypeptides and a dehydration solution and/or a precipitation solution, wherein (i) the dehydration solution comprises a polar organic solvent selected from acetonitrile, acetone and alcohol and/or a hygroscopic polymer, said hygroscopic polymer being polyethylene glycol; and/or (ii) the precipitation solution comprises ions of high ionic strength selected from the group consisting of ammonium, potassium, sodium, fluoride, sulphate, hydrogen phosphate, acetate, chloride, and combinations thereof, (i) the dehydration solution comprises a polar organic solvent selected from acetonitrile, acetone and alcohol and/or a hygroscopic polymer, said hygroscopic polymer being polyethylene glycol; and/or (ii) the precipitation solution comprises ions of high ionic strength selected from the group consisting of ammonium, potassium, sodium, fluoride, sulphate, hydrogen phosphate, acetate, chloride, and combinations thereof, wherein said hydrophilic surface further comprises a negatively charged moiety selected from the group consisting of a carboxylic acid moiety, a silica moiety, a sulphate moiety, and a phosphate moiety.
A Gallium-Nitride light emitting device comprising: a n-GaN semiconductor layer doped with an n-type dopant; a p-GaN semiconductor layer spaced apart from the n-GaN semiconductor layer and doped with a p-type dopant; an active layer arranged between the n-GaN semiconductor layer and the p-GaN semiconductor layer, the active layer configured to emit light; and a strain relaxing layer , characterized in that the strain relaxing is comprising a plurality of indium clusters (P) and a plurality of voids (V), the strain relaxing layer being configured to relax strain generated by a lattice constant difference between the n-GaN semiconductor layer and the active layer. a n-GaN semiconductor layer doped with an n-type dopant; a p-GaN semiconductor layer spaced apart from the n-GaN semiconductor layer and doped with a p-type dopant; an active layer arranged between the n-GaN semiconductor layer and the p-GaN semiconductor layer, the active layer configured to emit light; and a strain relaxing layer , characterized in that the strain relaxing is comprising a plurality of indium clusters (P) and a plurality of voids (V), the strain relaxing layer being configured to relax strain generated by a lattice constant difference between the n-GaN semiconductor layer and the active layer.
A kit for towing through water by a swimmer to transport items, comprising: an inflatable flotation device comprising an inflatable lead portion , two inflatable spaced side portions and attachment means, wherein the side portions each extend rearwardly from the lead portion ; and a dry bag separate to the flotation device and having an openable, water-tight closure, wherein the side portions , when the device is inflated, and the dry bag are respectively shaped to cooperate so that the side portions provide support for the dry bag , wherein the kit is attachable to a tow leash such that a swimmer can tow the flotation device with the dry bag attached in water with the lead portion leading through the water, wherein a volume that the dry bag is able to contain is at least 70 litres, characterised in that the kit has mass of less than 1.2kgs, and the flotation device is arranged such that the attachment means (14a-c) can secure the dry bag against the flotation device on an upper portion thereof with the closure located over the lead portion. an inflatable flotation device comprising an inflatable lead portion , two inflatable spaced side portions and attachment means, wherein the side portions each extend rearwardly from the lead portion ; and a dry bag separate to the flotation device and having an openable, water-tight closure, wherein the side portions , when the device is inflated, and the dry bag are respectively shaped to cooperate so that the side portions provide support for the dry bag , wherein the kit is attachable to a tow leash such that a swimmer can tow the flotation device with the dry bag attached in water with the lead portion leading through the water, wherein a volume that the dry bag is able to contain is at least 70 litres, characterised in that the kit has mass of less than 1.2kgs, and the flotation device is arranged such that the attachment means (14a-c) can secure the dry bag against the flotation device on an upper portion thereof with the closure located over the lead portion.
A compound having the formula: or a pharmaceutically acceptable salt thereof or a pharmaceutical composition comprising said compound or the salt thereof for use in the treatment of a cancer that is associated with dysregulation of the PI3K signaling pathway.
Arrangement for removing carbon dioxide from an extracorporeal blood stream and/or for enriching the extracorporeal blood stream with oxygen, having a filter comprising a membrane that separates a blood region , through which the extracorporeal blood stream is guided, from a gas region , through which a gas stream of a purge gas is guided, a first gas storage tank in which a first gas is received, and at least a second gas storage tank in which a second gas, different from the first gas, is received, a gas mixer unit for mixing the first gas and the second gas to give the purge gas, and having a supply line for supplying the purge gas to the gas region of the filter, characterized in that an electronic control unit for controlling the gas mixer unit is provided, the control unit comprises an input unit , with the aid of which the fraction of the first gas in the purge gas is adjustable by an operator, and in that the control unit controls the gas mixer unit in such a way that the purge gas has the adjusted fraction of the first gas, in that the gas mixer unit comprises a first proportional valve for adjusting the volumetric flow of the first gas withdrawn from the first gas storage tank , and a second proportional valve for adjusting the volumetric flow of the second gas withdrawn from the second gas storage tank , and in that the control unit controls the first proportional valve and/or the second proportional valve in order to adjust the fraction of the first gas adjusted via the input unit , and in that a heating unit for heating the purge gas is arranged downstream from the gas mixer unit and upstream from the filter , in that a temperature sensor for determining an actual value of the temperature of the purge gas is arranged upstream from the filter , in that a further temperature sensor for determining the temperature of the purge gas is arranged downstream from the filter , and in that the control unit controls the heating unit in such a way that the heating unit heats the purge gas according to the temperature determined with the aid of the first and/or second temperature sensor.
A bone plate system for treating fractures and non-unions of a distal femur , said femur having a shaft with a medial aspect , a medial epicondyle , and a femur length defined as the distance between said shaft with a medial aspect and said medial epicondyle and wherein said length has a curve , said bone plate system comprising a medial distal femur bone plate comprising: a top surface ; a bottom surface for contacting said femur ; one or more apertures wherein said one or more apertures pass through said top surface and said bottom surface and are configured to fix a bone anchor through said top surface and said bottom surface to attach said bone plate to said femur , said bone plate extending from a first end to a second end , said second end for attaching to said shaft with a medial aspect ; and said bone plate system further comprising a bone anchor configured to cooperate with the bone plate and to be secured to said femur , wherein the bone anchor has a head which is configured to be flush with the bone plate when secured to the femur, such that the bone anchor extends from a medial condyle to a lateral condyle of the femur, said bone plate having a curve located between the first end and the second end , the bone plate system being characterized in that the curve being angled so as to define an angle between a first line running parallel with the bottom surface at the second end and a second line running parallel with the bottom surface at the first end . a top surface ; a bottom surface for contacting said femur ; one or more apertures wherein said one or more apertures pass through said top surface and said bottom surface and are configured to fix a bone anchor through said top surface and said bottom surface to attach said bone plate to said femur , said bone plate extending from a first end to a second end , said second end for attaching to said shaft with a medial aspect ; and said bone plate system further comprising a bone anchor configured to cooperate with the bone plate and to be secured to said femur , wherein the bone anchor has a head which is configured to be flush with the bone plate when secured to the femur, such that the bone anchor extends from a medial condyle to a lateral condyle of the femur, said bone plate having a curve located between the first end and the second end , the bone plate system being characterized in that the curve being angled so as to define an angle between a first line running parallel with the bottom surface at the second end and a second line running parallel with the bottom surface at the first end .
A synchronization signal sending method, comprising: sending , by a first communications device , a first synchronization signal burst set to a second communications device in at least one time unit in a first time unit set, wherein the first synchronization signal burst set comprises L synchronization signal blocks, the first time unit set comprises p time units, and p is a positive integer; sending , by the first communications device , a second synchronization signal burst set to the second communications device in at least one time unit in a second time unit set, wherein the second synchronization signal burst set comprises I synchronization signal blocks, the second time unit set comprises q time units, q is a positive integer, each of the synchronization signal blocks of the second synchronization signal burst set comprises at least one of a primary synchronization signal, a secondary synchronization signal, or a physical broadcast channel; an interval between the last time unit in the first time unit set and the 1 st time unit in the second time unit set is m time units, L and I are integers greater than or equal to 1, and m is an integer greater than or equal to 1; and sending , by the first communications device , a complementary sidelink synchronization signal to the second communications device in n time units of the m time units, wherein n is a positive integer less than or equal to m, and the complementary sidelink synchronization signal is to be used by the second communications device to synchronize with the first communications device . sending , by a first communications device , a first synchronization signal burst set to a second communications device in at least one time unit in a first time unit set, wherein the first synchronization signal burst set comprises L synchronization signal blocks, the first time unit set comprises p time units, and p is a positive integer; sending , by the first communications device , a second synchronization signal burst set to the second communications device in at least one time unit in a second time unit set, wherein the second synchronization signal burst set comprises I synchronization signal blocks, the second time unit set comprises q time units, q is a positive integer, each of the synchronization signal blocks of the second synchronization signal burst set comprises at least one of a primary synchronization signal, a secondary synchronization signal, or a physical broadcast channel; an interval between the last time unit in the first time unit set and the 1 st time unit in the second time unit set is m time units, L and I are integers greater than or equal to 1, and m is an integer greater than or equal to 1; and sending , by the first communications device , a complementary sidelink synchronization signal to the second communications device in n time units of the m time units, wherein n is a positive integer less than or equal to m, and the complementary sidelink synchronization signal is to be used by the second communications device to synchronize with the first communications device .
A system of calculating a payload weight, the system including: a first sensor configured to measure a first load associated with a first ram of a lifting machine ; a second sensor configured to measure a second load associated with a second ram of the lifting machine ; and a calculating device configured to: calculate the payload weight being carried by the lifting machine based on the first load and the second load; wherein: the calculating device is configured to receive stroke measurements from the first ram and the second ram of the lifting machine ; and the calculating device is configured to calculate a centre of gravity of the payload, from relationships obtained by summing moments about a first point and a second point and from the stroke measurements received whereby the centre of gravity of the payload is subsequently used to calculate the payload weight. a first sensor configured to measure a first load associated with a first ram of a lifting machine ; a second sensor configured to measure a second load associated with a second ram of the lifting machine ; and a calculating device configured to: calculate the payload weight being carried by the lifting machine based on the first load and the second load; wherein: the calculating device is configured to receive stroke measurements from the first ram and the second ram of the lifting machine ; and the calculating device is configured to calculate a centre of gravity of the payload, from relationships obtained by summing moments about a first point and a second point and from the stroke measurements received whereby the centre of gravity of the payload is subsequently used to calculate the payload weight. the calculating device is configured to receive stroke measurements from the first ram and the second ram of the lifting machine ; and the calculating device is configured to calculate a centre of gravity of the payload, from relationships obtained by summing moments about a first point and a second point and from the stroke measurements received whereby the centre of gravity of the payload is subsequently used to calculate the payload weight.
A battery-operated hair dryer comprising: a dryer housing (DH); a battery (B); and a fan (F) having rotating fan blades propelled by a motor (M) that is powered by the battery (B), wherein around the motor (M), the fan (F) has non-rotating static airflow-shaping vanes (V) between the motor (M) and a motor mount (MM), which non-rotating static airflow-shaping vanes (V) serve as cooling ribs for the battery (B) that is mounted adjacent to the fan (F), the motor mount (MM) being between the non-rotating static airflow-shaping vanes (V) and the dryer housing (DH), wherein the battery (B) is mounted around or against the motor mount (MM). a dryer housing (DH); a battery (B); and a fan (F) having rotating fan blades propelled by a motor (M) that is powered by the battery (B), wherein around the motor (M), the fan (F) has non-rotating static airflow-shaping vanes (V) between the motor (M) and a motor mount (MM), which non-rotating static airflow-shaping vanes (V) serve as cooling ribs for the battery (B) that is mounted adjacent to the fan (F), the motor mount (MM) being between the non-rotating static airflow-shaping vanes (V) and the dryer housing (DH), wherein the battery (B) is mounted around or against the motor mount (MM).
A stereotactic access device comprising: a frame body having an opening therethrough and plurality of mounting ends, each of said mounting ends configured to receive a securing device for mounting the frame body to a patient's body at an end ; a cover body being attachable and detachable to said frame body, said cover body covering said opening in said frame body when attached; and a mounting guide having a guide channel , said mounting guide being retained in said cover body; wherein said plurality of mounting ends forms a stable planar platform with a space underneath said frame body which accommodates curvature of a surface; wherein the cover body includes apertures to provide access to each securing device at each mounting end , wherein the cover body substantially covers the entire frame body except for the apertures. a frame body having an opening therethrough and plurality of mounting ends, each of said mounting ends configured to receive a securing device for mounting the frame body to a patient's body at an end ; a cover body being attachable and detachable to said frame body, said cover body covering said opening in said frame body when attached; and a mounting guide having a guide channel , said mounting guide being retained in said cover body; wherein said plurality of mounting ends forms a stable planar platform with a space underneath said frame body which accommodates curvature of a surface; wherein the cover body includes apertures to provide access to each securing device at each mounting end , wherein the cover body substantially covers the entire frame body except for the apertures.
Process for the production of a biomass preparation, comprising the steps of: a) providing a poorly digestible lignin-containing biological educt, b) providing an microbiological activator for digesting the educt, which is activatable when a temperature T A is exceeded, and c) activating a combination of educt and microbiological activator for digesting the educt by means of a device for thermal activation, characterized in that the microbiological activator comprises 1 million thermophilic microbes per millilitre, wherein at least one portion of these microbes is solvent binder, wherein T A > 70°C. a) providing a poorly digestible lignin-containing biological educt, b) providing an microbiological activator for digesting the educt, which is activatable when a temperature T A is exceeded, and c) activating a combination of educt and microbiological activator for digesting the educt by means of a device for thermal activation,