mhurhangee/patent-ind-claim-en huggingface dataset:
Door for a household appliance , with a carrier element and a front pane , which is arranged on the carrier element , wherein connection elements (11 to 14) for connecting the front pane to the carrier element are arranged on an inner side of the front pane facing the carrier element , wherein a first connection element has a centring element , with which during assembly at least the front pane can be automatically adjusted in the width direction of the door in relation to the carrier element , characterised in that the centring element is a plate-shaped tab , which opens at a base body of the first connection element with a first end and tapers towards a second end facing away from the base body when viewed in the width direction, wherein at an upper end the first connection element has a second hook part which is open at the bottom and embodied for hooking into a counterpart of the carrier element from above.
A seat to be installed in an aircraft cabin and comprising a seat base having at least one seating place, and a support leg for the seat base , - the seat base comprising a wall whose shape defines at least one transverse reinforcement of the seat base , - said seat furthermore comprising at least one anchor means for a safety belt, characterized in that said seat belt anchor means is positioned in a housing in the support leg , and in that the seat base is locally clamped between the seat belt anchor means and the support leg for the seat . - the seat base comprising a wall whose shape defines at least one transverse reinforcement of the seat base , - said seat furthermore comprising at least one anchor means for a safety belt,
A switchable light modulator comprising: a first substrate having a first major surface; a second substrate having a second major surface; a polymer wall structure having a top and a bottom, the polymer wall structure being disposed between the first major surface and the second major surface, thereby creating a plurality of cavities that contain a modulating fluid or a modulating gel in discrete volumes within the cavities , wherein the polymer wall structure includes a mould part defining a recess along the top of the polymer wall structure ; and a cast part formed by disposing a fluid pre-cursor into the recess and filling the recess, and subsequently curing the fluid pre-cursor to bond the second substrate to a surface of the recess, wherein the mould part is optically transparent and the cast part obscures light and includes a colorant, a filler material, or a light scattering material. a first substrate having a first major surface; a second substrate having a second major surface; a polymer wall structure having a top and a bottom, the polymer wall structure being disposed between the first major surface and the second major surface, thereby creating a plurality of cavities that contain a modulating fluid or a modulating gel in discrete volumes within the cavities , wherein the polymer wall structure includes a mould part defining a recess along the top of the polymer wall structure ; and a cast part formed by disposing a fluid pre-cursor into the recess and filling the recess, and subsequently curing the fluid pre-cursor to bond the second substrate to a surface of the recess, wherein the mould part is optically transparent and the cast part obscures light and includes a colorant, a filler material, or a light scattering material.
Method for controlling an excitation voltage (Uerr) of an externally excited electrical generator (G) for an on-board electrical system (B) of a motor vehicle, comprising setting the excitation voltage (Uerr) within the scope of regulating an actual output voltage (Ugen) of the generator (G) at a predetermined setpoint output voltage (Ugenset) of the generator (G), wherein, based on an evaluation of load requirements (h1, h2) of at least one peak load consumer (SL1, SL2) which is supplied from the on-board electrical system (B), wherein each load requirement (h1, h2) respectively comprises an item of information which is available to a peak load consumer (SL1, SL2) in question immediately before it is actually activated and concerns the electrical power requirement associated with the activation of the said peak load consumer, exceptional situations are detected, and wherein, in the event of an exceptional situation, modified setting of the excitation voltage (Uerr) is performed, wherein the detection of the exceptional situation is based on the expected additional power requirement exceeding a predetermined threshold value within a predetermined time period, characterized in that the modified setting provides a temporary interruption in the regulation and setting of the excitation voltage (Uerr) depending on an exception control signal (s1; s2) which is generated depending on a result of the evaluation, wherein a specific additional power requirement for a specific time period is ascertained as the result of the evaluation.
A shovel comprising: a lower traveling body ; an upper turning body turnably mounted on the lower traveling body ; a cab provided on the upper turning body ; an orientation detector configured to detect a relative relationship between an orientation of the upper turning body and an orientation of the lower traveling body ; and an alarm device configured to output an alarm when a backward travel operation is performed while it is determined that the relative relationship between the orientation of the upper turning body and the orientation of the lower traveling body detected by the orientation detector satisfies a predetermined condition, wherein the backward travel operation is an operation to cause the lower traveling body to travel in a backward direction of the upper turning body . a lower traveling body ; an upper turning body turnably mounted on the lower traveling body ; a cab provided on the upper turning body ; an orientation detector configured to detect a relative relationship between an orientation of the upper turning body and an orientation of the lower traveling body ; and an alarm device configured to output an alarm when a backward travel operation is performed while it is determined that the relative relationship between the orientation of the upper turning body and the orientation of the lower traveling body detected by the orientation detector satisfies a predetermined condition, wherein the backward travel operation is an operation to cause the lower traveling body to travel in a backward direction of the upper turning body .
Apparatus for analyzing a liquid sample adapted to cooperate with a device for collecting said liquid sample, comprising: - a housing delimiting an interior space and comprising a through-opening leading into a recess adapted to receive a main body of the collection device disposed in the interior space and extending longitudinally from the opening along a longitudinal so-called insertion axis of the collection device , - a device for detection and analysis of at least one representative parameter of the liquid sample, characterized in that it includes a locking and releasing device adapted to retain the collection device in a locking position when the main body is inserted in the recess , and comprising: - a releasing member adapted to exert an ejection force on the main body of the collection device in a direction substantially parallel to the longitudinal axis of the recess and oriented toward the opening of the recess; - a locking member including at least one abutment portion adapted to be in contact with a bearing portion of the main body of the collection device so as to immobilize the collection device then subjected to the ejection force along the longitudinal axis of the recess. - a housing delimiting an interior space and comprising a through-opening leading into a recess adapted to receive a main body of the collection device disposed in the interior space and extending longitudinally from the opening along a longitudinal so-called insertion axis of the collection device , - a device for detection and analysis of at least one representative parameter of the liquid sample, - a releasing member adapted to exert an ejection force on the main body of the collection device in a direction substantially parallel to the longitudinal axis of the recess and oriented toward the opening of the recess; - a locking member including at least one abutment portion adapted to be in contact with a bearing portion of the main body of the collection device so as to immobilize the collection device then subjected to the ejection force along the longitudinal axis of the recess.
An optical transmission system for multi-level pulse amplitude modulation, PAM, comprising: a laser source providing an optical beam ; a signal source of electronic signals to be modulated onto said optical beam; and a modulator connected to the laser source and the signal source, to modulate said electronic signals onto said optical beam using amplitude modulation and at least four signal levels, wherein the at least four signal levels are non-uniformly distributed; characterized in that the signal levels are selected to minimize a bit error rate based on a given standard noise deviation added to the signal; wherein an initial signal level selection uses a pre-estimated standard noise deviation, and wherein the transmission system is configured to obtain actual standard deviations to update said signal level selection. a laser source providing an optical beam ; a signal source of electronic signals to be modulated onto said optical beam; and a modulator connected to the laser source and the signal source, to modulate said electronic signals onto said optical beam using amplitude modulation and at least four signal levels, wherein the at least four signal levels are non-uniformly distributed; characterized in that the signal levels are selected to minimize a bit error rate based on a given standard noise deviation added to the signal; wherein an initial signal level selection uses a pre-estimated standard noise deviation, and wherein the transmission system is configured to obtain actual standard deviations to update said signal level selection.
Dialkali metal salt of 2-(N-3,4-dimethylpyrazole)succinic acid.
A method for transmitting data, applied to a first communication device, comprising: receiving at least one retransmission request, wherein the retransmission request is configured to request retransmission of erroneous sub-data blocks in a previously transmitted data block; obtaining a target data block by combining the sub-data blocks that need to be retransmitted when the sub-data blocks that need to be retransmitted meet a predetermined condition, wherein the predetermined condition comprises: a number of the sub-data blocks that need to be retransmitted reaching a first value; and sending the target data block to a second communication device. receiving at least one retransmission request, wherein the retransmission request is configured to request retransmission of erroneous sub-data blocks in a previously transmitted data block; obtaining a target data block by combining the sub-data blocks that need to be retransmitted when the sub-data blocks that need to be retransmitted meet a predetermined condition, wherein the predetermined condition comprises: a number of the sub-data blocks that need to be retransmitted reaching a first value; and sending the target data block to a second communication device.
A computer-implemented method for updating containers, the method being performed by a computing device comprising at least one processor, the method comprising: configuring, at a creation of a static application container image, the static application container image with a script to scan a predetermined directory for ancillary code upon an application container being instantiated from the static application container image; identifying the application container that is instantiated from the static application container image and that isolates a user space of an application that executes within the application container from other software on a host system while sharing a kernel space with the other software; identifying the ancillary code that is designed to modify execution of the application executing in the application container; packaging the ancillary code into a data volume container image to be deployed to the host system that hosts the application container; discovering, by the application container executing the script, a pointer to a location of a data volume container instantiated from the data volume container image on the host system; and modifying, by the application container, the execution of the application executing in the application container with the ancillary code, without modifying the static application container image, at least in part by instantiating the application container with the pointer to the location of the data volume container that contains the ancillary code. configuring, at a creation of a static application container image, the static application container image with a script to scan a predetermined directory for ancillary code upon an application container being instantiated from the static application container image; identifying the application container that is instantiated from the static application container image and that isolates a user space of an application that executes within the application container from other software on a host system while sharing a kernel space with the other software; identifying the ancillary code that is designed to modify execution of the application executing in the application container; packaging the ancillary code into a data volume container image to be deployed to the host system that hosts the application container; discovering, by the application container executing the script, a pointer to a location of a data volume container instantiated from the data volume container image on the host system; and modifying, by the application container, the execution of the application executing in the application container with the ancillary code, without modifying the static application container image, at least in part by instantiating the application container with the pointer to the location of the data volume container that contains the ancillary code.
An image generating apparatus comprising a determiner for determining a first-eye view pose and a second-eye view pose; a receiver for receiving a reference first-eye image with associated first depth values and a reference second-eye image with associated second depth values, the reference first-eye image being for a first-eye reference pose and the reference second-eye image being for a second-eye reference pose; characterised such that the apparatus further comprises a depth processor for determining a reference depth value; a first modifier for generating modified first depth values by reducing a difference between the first depth values and the reference depth value by a first amount dependent on a difference between the first-eye view pose and the first-eye reference pose; a second modifier for generating modified second depth values by reducing a difference between the second depth values and the reference depth value by a second amount dependent on a difference between the second-eye view pose and the second-eye reference pose; and a synthesizer for synthesizing an output first-eye image for the first-eye view pose by view shifting the reference first-eye image based on the modified first depth values and an output second-eye image for the second-eye view pose by view shifting the reference second-eye image based on the modified second depth values. a determiner for determining a first-eye view pose and a second-eye view pose; a receiver for receiving a reference first-eye image with associated first depth values and a reference second-eye image with associated second depth values, the reference first-eye image being for a first-eye reference pose and the reference second-eye image being for a second-eye reference pose; characterised such that the apparatus further comprises a depth processor for determining a reference depth value; a first modifier for generating modified first depth values by reducing a difference between the first depth values and the reference depth value by a first amount dependent on a difference between the first-eye view pose and the first-eye reference pose; a second modifier for generating modified second depth values by reducing a difference between the second depth values and the reference depth value by a second amount dependent on a difference between the second-eye view pose and the second-eye reference pose; and a synthesizer for synthesizing an output first-eye image for the first-eye view pose by view shifting the reference first-eye image based on the modified first depth values and an output second-eye image for the second-eye view pose by view shifting the reference second-eye image based on the modified second depth values.
A wear ring for use in an integrated drive generator comprising: a cylindrical body defining an axis and having a single tab extending radially outwardly of an outer cylindrical surface of said cylindrical body, said tab having a radially outer point , and a ratio of a first radius to said outer cylindrical surface from the axis to a second radius extending to the radially outer point from the axis is between .90 and .95; wherein said tab extends radially outwardly beyond the first radius for a first distance, and a ratio of said first radius to said first distance is between 10 and 15, wherein said wear ring has a thickness measured parallel to the axis such that a ratio of said first radius to said thickness is between 40 and 60, and wherein said radially outer point on said tab is on a flat surface extending over a width, and a ratio of said first radius to said width is between 20 and 30. a cylindrical body defining an axis and having a single tab extending radially outwardly of an outer cylindrical surface of said cylindrical body, said tab having a radially outer point , and a ratio of a first radius to said outer cylindrical surface from the axis to a second radius extending to the radially outer point from the axis is between .90 and .95; wherein said tab extends radially outwardly beyond the first radius for a first distance, and a ratio of said first radius to said first distance is between 10 and 15, wherein said wear ring has a thickness measured parallel to the axis such that a ratio of said first radius to said thickness is between 40 and 60, and wherein said radially outer point on said tab is on a flat surface extending over a width, and a ratio of said first radius to said width is between 20 and 30.
A cam device comprising: a cam integrally attached to a camshaft to rotatably move around the camshaft in forward and reverse directions; a cam roller linearly moved by a rotational motion of the cam around the camshaft ; a rotary drive device that rotationally drives the camshaft by controlling a forward rotation, a reverse rotation, a rotation stop, and a rotation speed; a linear motion guide device that guides a driven member that is linearly moved along with the cam roller ; and an action unit attached to the driven member, a cam surface forming a cam profile of the cam includes a rotary end at a circumferential one end, at which the camshaft is non-rotatable in a reverse direction by the cam roller , a lift region from the rotary end to the circumferential other end, on which the cam roller is abuttable, characterized in that the lift region is formed of a single CV curve from a vicinity of the rotary end to the circumferential other end, and a non-continuous section formed between the rotary end and the circumferential other end, wherein the non-continuous section is formed not to be in contact with the cam roller . a cam integrally attached to a camshaft to rotatably move around the camshaft in forward and reverse directions; a cam roller linearly moved by a rotational motion of the cam around the camshaft ; a rotary drive device that rotationally drives the camshaft by controlling a forward rotation, a reverse rotation, a rotation stop, and a rotation speed; a linear motion guide device that guides a driven member that is linearly moved along with the cam roller ; and an action unit attached to the driven member, a cam surface forming a cam profile of the cam includes a rotary end at a circumferential one end, at which the camshaft is non-rotatable in a reverse direction by the cam roller , a lift region from the rotary end to the circumferential other end, on which the cam roller is abuttable, characterized in that the lift region is formed of a single CV curve from a vicinity of the rotary end to the circumferential other end, and a non-continuous section formed between the rotary end and the circumferential other end, wherein the non-continuous section is formed not to be in contact with the cam roller .
A method of making a hydrogel for use as a carrier and/or a substitute of connective tissue, comprising the steps of: - providing a predetermined amount of an aqueous solution; - adding a predetermined amount of a polymerization regulator agent to said aqueous solution, for regulating the polymerization of a first electromagnetic radiation-polymerizable water-soluble polymer; - adding, hydrating and/or solubilizing a predetermined amount of said first water-soluble polymer in said aqueous solution, to obtain a mixture; - adding, hydrating and/or solubilizing a second electromagnetic radiation-polymerizable water-soluble polymer, different from the first, in said mixture; - applying an electromagnetic radiation of predetermined frequency to said mixture, for achieving polymerization of said first polymer and said second polymer with a predetermined viscosity, and for obtaining a sterile hydrogel; characterized in that said second water-soluble polymer is non-reactive to said regulator agent and has a degree of polymerization that varies according to the intermolecular steric hindrance of the chains of said first polymer, said first water-soluble polymer being selected from a first group comprising polyethylene glycol (PEG) or from a second group comprising polyethylene oxide (PEO), the weight percent of said first water-soluble polymer ranging from 1% to 20% based on the total weight of the hydrogel, said second water-soluble polymer being selected from the group comprising hydroxyethyl cellulose (HEC), hydroxypropyl methylcellulose (HPMC), ethyl cellulose (EC), methyl cellulose (MC), the weight percent of said second water-soluble polymer ranging from 0.1% to 10%, preferably from 0.5% to 5% based on the total weight of the hydrogel, said regulator agent being selected from the group comprising ascorbic acid, carotenoids, lipoic acid, vitamins E, D, B and glutathione, the concentration of said regulator agent in the mixture being 100 mM or less. - providing a predetermined amount of an aqueous solution; - adding a predetermined amount of a polymerization regulator agent to said aqueous solution, for regulating the polymerization of a first electromagnetic radiation-polymerizable water-soluble polymer; - adding, hydrating and/or solubilizing a predetermined amount of said first water-soluble polymer in said aqueous solution, to obtain a mixture; - adding, hydrating and/or solubilizing a second electromagnetic radiation-polymerizable water-soluble polymer, different from the first, in said mixture; - applying an electromagnetic radiation of predetermined frequency to said mixture, for achieving polymerization of said first polymer and said second polymer with a predetermined viscosity, and for obtaining a sterile hydrogel;